# data[].data.materials[].adhesion_info
Use glue, to avoid chipping of the glass.

# data[].description
Ultimaker ABS (acrylonitrile butadiene styrene) is formulated to minimize warping and ensure consistent interlayer adhesion. ABS material is a great choice for creating functional prototypes and complex end-use parts. We’ve optimized Ultimaker ABS to make it easier to print with than other ABS filaments:
.
* Good interlayer adhesion, especially when printing with an enclosed front
* Withstands temperatures of up to 85 °C
* Achieve aesthetic detail that rivals injection molded parts
* Dual extrusion with a choice of 10 ABS colors, or with Breakaway support material
.
Ultimaker ABS material properties include:
* Good flexural strength (70.5 MPa)
* High impact strength (Izod tested to 10.5 kJ/m²)
* High hardness (76 Shore D)
* High melting temperature (from 225 °C) 
.
Ultimaker ABS is a versatile 3D printing material. It can be used for:
* Visual and functional prototyping
* Fit testing
* Tooling
* End-use parts
* Concept models
* Custom components
* Short-run manufacturing

# data[].data.materials[].adhesion_info
Use the same temperatures and adhesion method as your build material(s).

# data[].description
Ultimaker Breakaway support is easy and quick to remove. It leaves behind a smoother quality finish than other support materials, with no further post-processing needed. We have formulated and tested Ultimaker Breakaway to work seamlessly together with other materials.
.
* No sanding ensures high dimensional accuracy – ideal for tight-tolerance parts
* No waiting for support material to dissolve
* Longer shelf life and less moisture-sensitive compared to PVA
* High-quality surface finish on your model
.
Ultimaker Breakaway is a versatile support material for many applications, including:
* Parts made from build materials that are moisture-sensitive or not compatible with Ultimaker PVA
* Tight-tolerance gauges that should not be post-processed
* Tools where unremoved Breakaway can provide high-contrast labeling

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].description
Ultimaker CPE (co-polyester) material is an ideal choice for 3D printing functional prototypes and mechanical parts. This filament is formulated for chemical resistance, toughness, and reliable dimensional stability. Ultimaker CPE material is developed for a seamless experience with Ultimaker hardware.
* Excellent chemical resistance
* High toughness and dimensional stability
* High impact strength
* A range of colors to choose from, including grayscale for professional-looking models. 
.
Below are a few of Ultimaker CPE's key mechanical properties:
* Good flexural strength (Flexural modulus of 2100 MPa)
* Good tensile strength (Tensile stress at break 38 MPa)
* High impact strength (Izod tested to 95 J/m)
* High hardness (Rockwell 108)

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].data.materials[].adhesion_info
Use glue for small prints. An adhesion sheet is recommended for larger prints.

# data[].description
Ultimaker CPE+ material is chemical resistant with high dimensional stability, with the added advantages of increased temperature resistance and higher impact strength compared to regular CPE.
.
Ultimaker CPE+ 3D printing filament is more wear resistant compared to regular CPE material, for extremely tough and dimensionally stable functional prototypes that can withstand high temperatures.
* Can withstand temperatures up to 100 °C
* Higher impact strength than regular CPE
* High toughness and dimensional stability for good mechanical performance
* Excellent chemical resistance
.
Ultimaker CPE+ has the following properties:
* Good flexural strength (64 MPa)
* High impact strength (Izod tested to 860 J/m)
* High hardness (111 Rockwell)
.
Ultimaker CPE+ is ideal for these applications:
* Custom components that need to withstand high temperatures
* Visual and functional prototyping
* Short-run manufacturing
* Fit testing

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].description
Ultimaker Nylon is a polyamide grade based on PA6/66. It features reduced humidity absorption and a longer shelf life compared to other nylon filaments. Able to withstand significant mechanical stress, nylon material is a great choice for 3D printing tools, functional prototypes, and end-use parts. Our nylon filament works seamlessly with Ultimaker 3D printers thanks to thousands of hours of testing.
.
* Impact and abrasion resistant
* Low friction coefficient
* Corrosion resistant to alkalis and organic chemicals
* Prints in dual extrusion with PVA or Breakaway
.
Ultimaker Nylon material has the following properties:
* Excellent impact strength (Izod tested to 34.4 kJ/m²)
* Good ductility (210% elongation at break)
* Melting temperature (from 185 °C)
.
Ultimaker Nylon is ideal for the following applications:
* Functional prototyping
* Tooling
* Industrial modeling
* End-use parts

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].data.materials[].adhesion_info
Use glue for small prints. An adhesion sheet is recommended for larger prints. Set your print speed to a low value (10mm/sec) to get better layer bonding.

# data[].description
With Ultimaker PC (polycarbonate) material, print parts that are tough, strong, and retain dimensional stability when subjected to temperatures as high as 110 ºC. The material properties make it perfect for printing molds, tools, functional prototypes, and parts for short-run manufacturing.
.
Ultimaker PC material is a top choice material for engineers and manufacturers who require parts that need to retain its strength, toughness, and shape while operating in high-temperature environments.
.
* Resists temperatures and retains form up to 110 ºC
* Flame retardant
* Transparent option for translucent parts
* High toughness, especially for non-transparent options
.
Properties
* Good tensile strength (59.7 MPa at break)
* High impact strength (Charpy 3.41 J/m)
* High melting temperature (Mass flow rate at 300 °C: 23 - 26 g/10 min)
* Glass transition at 112 - 113 ºC
.
Applications
* Functional prototyping
* Tooling
* Molds
* Short-run manufacturing
* Industrial modeling
* End-use parts

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].description
Easy to use and versatile, with good printability, toughness, chemical resistance, wear resistance, and temperature resistance.
Ultimaker PETG is supported from Cura 4.9.1 and later.
.
Ultimaker PETG sets the standard for enterprise-grade industrial use:
* Good adhesion and preconfigured print profiles
* Compared to (Tough) PLA, Ultimaker PETG unlocks the widest range of technical applications
* One of the most affordable technical 3D printing materials with a good mix of properties, Ultimaker PETG is easy to standardize the printing process across your organization
.
Key mechanical properties:
*Good chemical resistance against lubricants, oils, alcohol, acids, and bases
* Able to withstand humid environments and temperatures up to 76 °C
* Tough and wear resistant
.
14 colors including transparent and fluorescent enable a variety of use cases, from color coding to see-through parts.
.
Applications
* Manufacturing aids
* Parts for industrial use
* Functional prototypes

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].data.materials[].adhesion_info
Print on bare glass. Use tape for cold build plates.

# data[].description
Ultimaker PLA is highly versatile, easy to print, and available in 11 colors. It prints reliably with high dimensional accuracy and a quality surface finish. This makes it an ideal material for a range of applications – from detailed prototypes to simple manufacturing jigs and gauges. We extensively test our PLA material for hassle-free 3D printing.
.
* Easy to print at high print speeds
* Achieve excellent tensile stiffness and detailed surface quality
* Dual extrude in two colors, or with PVA or Breakaway
* Ideal for investment casting to create metal parts
.
Key mechanical properties:
* Excellent flexural strength (103 MPa)
* Good impact strength (Izod 5.1 kJ/m²)
* High hardness (83 ShoreD)
* Low melting temperature
.
Ultimaker PLA is ideal for a wide range of applications:
* Manufacturing aids
* Architectural models
* Medical visualization aids
* Casts and molds for metal or ceramic parts
* Concept models
* Educational projects

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].description
Ultimaker PP (polypropylene) is a durable, chemical resistant material. It has exceptional fatigue resistance, high levels of toughness, and a low-friction co-efficient. From electrical components to living hinges, PP is the go-to material for prototyping and end-use parts.
.
Ultimaker PP material properties make it popular with engineers and manufacturers worldwide:
* Chemically resistant to a wide range of acids and bases, including industrial cleaning agents
* Retains its form after torsion, bending, or flexing
* High electrical resistance for good electrical insulation
* Low density, resulting in lightweight parts
.
Properties:
* High strength-to-weight ratio
* Shore D hardness of 45
* 27.1 kJ/m² izod impact strength
* 200% elongation at break
.
Ultimaker PP material is often chosen for the following applications:
* Functional prototyping
* Tooling
* End-use parts
* Concept models

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].data.materials[].adhesion_info
Use the same temperatures and adhesion method as your build material(s).

# data[].description
Ultimaker PVA (polyvinyl alcohol) is a leading water-soluble support material for multi-extrusion 3D printing. It offers you freedom and convenience: to design complex model geometries that require supports, which dissolve away in tap water.
.
Ultimaker PVA is at the heart of our market-leading dual extrusion 3D printing experience. Reliable adhesion to PLA, Tough PLA, CPE, and Nylon. 
Non-toxic formula dissolves in regular tap water which can be disposed of safely. 100% biodegradable with no hazardous by-products. Good thermal stability gives better degradation resistance compared to other PVA filaments.
.
Ultimaker PVA has the following properties:
* Melting temperature 163 ºC
* Water-soluble support material
* Dissolves in ordinary tap water
.
Many applications can benefit from using Ultimaker PVA support material:
* Parts with complex geometries and internal cavities
* Concept models
* Molds

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].description
Ultimaker TPU 95A (thermoplastic polyurethane) is a flexible material, making it ideal for applications that demand chemical resistance and the qualities of rubber and plastic. For a seamless 3D printing experience, we’ve engineered Ultimaker TPU 95A to be easier and faster to print than other TPU filaments on the market. Ultimaker TPU 95A material is an ideal 3D printing material when durability and flexibility are essential.
* Exceptional wear and tear resistance
* Rubber-like flexibility
* Great choice for industrial coatings or prototyping consumer products
.
We have developed our TPU filament to have some impressive properties:
* Shore A hardness of 95
* Up to 580% elongation at break
* Good corrosion resistance to common industrial oils and chemicals
.
A wide range of applications are made possible with Ultimaker TPU 95A:
* Functional prototyping
* Tooling
* End-use parts
* Concept models
* Custom components
* Fit testing

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].data.materials[].adhesion_info
Print on bare glass. Use tape for cold build plates.

# data[].description
Ultimaker Tough PLA is a technical PLA (polylactic acid) material with a toughness similar to ABS. It is ideal for printing functional prototypes and tooling at larger sizes – without fear of delamination or warping. Our Tough PLA offers the same safe and easy use as regular PLA.
.
Our Tough PLA filament is formulated to be an easy-to-use technical plastic: 
* Greater machinability than PLA allows more post-processing techniques
* Similar strength and higher stiffness compared to ABS
* No delamination or warping for reliable printing of larger parts
* Compatible with PVA and Breakaway support materials for full geometric freedom
.
Below are some key mechanical properties of Ultimaker Tough PLA:
* Good flexural strength (78 MPa)
* Good impact strength (Izod tested to 9 kJ/m²)
* High hardness (79 Shore D)
* Melting temperature (151 °C)
.
Ultimaker Tough PLA provides a durable material solution for:
* Functional prototyping
* Tooling
* Manufacturing aids

# data[].release_notes
1.3.33: Updated to include Factor 4 compatibility

# data[].author.description
Material4Print is a german producer of high quality filaments. 

# data[].description
Acrylester-Styrol-Acrylnitril (ASA) is a thermoplastic material, with similar properties as ABS.
ASA is extremely weather-resistant and has very good mechanical properties.
It is not as easy to print as PLA and we recommend a heated enclosure.

# data[].release_notes
1.1.0: Automatically added support for the Factor 4

# data[].description
Armadillo filament is a high performing rigid 75D TPU, providing 90% higher abrasion resistance than nylon materials. When you need a rigid product that can withstand wear and tear Armadillo is the perfect solution. Armadillo resistance to fracturing makes it a perfect replacement for Braces, Fasteners, Gears and Protective Covers.

# data[].release_notes
This is the first release of NinjaTek Armadillo

# data[].author.description
When it comes to sustainable innovation, our ambition is to accelerate and deliver sustainable, innovative solutions for our clients and society. We believe that investing in the advancement of technology is the central path to a more sustainable future. Xtellar is a leading material supplier for the additive manufacturing industry. 

# data[].description
FL600PE-BIO is a bio-based high-density polyethylene (HDPE) filament, derived from raw sugar care, providing a more sustainable alternative to traditional materials available on the market. This low carbon footprint formulation delivers a unique combination of sustainability, high elongation, light-weighting, and moisture resistance for Bowden and direct drive 3D printing systems. FL600PE-BIO expands the availability of sustainable materials for use in 3D printing applications such as; consumer, packaging, and industrial markets.

# data[].release_notes
1.1.0: Automatically added support for the Factor 4

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
Filaticum Electrical products are used mainly in the electronics and automotive industry where electrostatic charging of the printed object can damage the product. Objects printed with Filaticum CONDUCTIVE, ESD or ANTISTATIC do not charge electrostatically due to the special carbon and chemical additives. Additionally, the dust and fine powder does not stick on the surface.

To decide for which application which filament suits the best, can be determined mainly experimentally. It depends on the electrical and mechanical requirements of the objects, and the 3D printing parameters. Filaticum Antistatic has the best mechanical properties, similar to standard PLA. Filaticum Conductive is the most rigid in this line, because of the used carbon powder and fiber, required for conductivity. Filaticum ESD is somewhere in the middle range.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
Filaticum Electrical products are used mainly in the electronics and automotive industry where electrostatic charging of the printed object can damage the product. Objects printed with Filaticum ESD, Conductive or Antistatic do not charge electrostatically due to the special carbon and chemical additives. 
Filaticum ESD provides surface resistance at megaohm order of magnitude, but this highly depends on the size and shape of the printed object.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
This PLA-based filament offers enhanced possibilities for industrial applications. The thermal stability of objects printed with Filaticum Engineering is extremely high, they could bear up to 120 °C heat, in most of the cases without any heat treatment after printing.

Filaticum Engineering is also much more resistant to other external impacts than standard PLA materials: it has a high tensile and compressive strength and extremely high stiffness, making it an excellent material for objects that are exposed to typical influences in industrial environments.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
Filaticum Gypsum – just like Filaticum Model and Essence – is member of the product group containing gypsum. Their common characteristic is that the added gypsum changes the usual properties of the plastic, both functionally and aesthetically. Filaticum Gypsum has the highest mineral content, thus it is yellowish, looks like rock or gypsum. The printed objects can be shaped very easily: they can be cut with a sharp tool, sanded, and polished, thus facilitating the post-processing of the object. It is easy to paint also, even with water-based paint. Due to the high mineral content the suggested printing temperature is lower than in case of standard PLA: 185-210 C.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
Filaticum Model –  just like Filaticum Gypsum and Essence – is member of the product group containing gypsum. Their common characteristic is that the added gypsum changes the usual properties of the plastic, both functionally and aesthetically. The mineral content in the Filaticum Model is medium, less brittle than Gypsum filament, as for its basic characteristics it is between Gypsum and Essence filaments. This filament contains white pigment also, so the printed objects are off-white, with a matte finish, and the details are well outlined, which is useful for modelers. The printed models can be painted much easily than those printed with standard PLA or ABS filaments. The object can be sanded – both dry and wet – , and it is easy to cut, thus most accurate models can be printed with Filaticum Model. UV-resistant filament. It is one of the most versatile Filaticum products.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
This filament is an improved version of our Filaticum PLA Advanced product, and it provides higher quality in terms of mechanical properties. Its PLA raw material is produced specially for 3D printing filaments, which we made even more unique with special additives; thus, it can be used as an alternative to PETG and ABS. What distinguishes from PLA Advanced is that objects printed from PRO filament are much more flexible and impact resistant.

Filaticum PLA Advanced PRO is a really user-friendly, easy-to-print filament. It adheres easily to the bed, its layer adhesion is also excellent, thus providing an even surface and more precise printing result properties.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
Thanks to its unique recipe, Filaticum PLA High Impact filament provides the printed object with high impact resistance, comparable or even higher than PETG provides. The flexibility of the filament is similar to that of polypropylene, but printing with it is as simple as with any PLA filament. The impact resistance of the filament depends largely on the printing parameters, it is preferable to print at higher temperatures – up to 225 0C.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Fillamentum is a producer of top-quality filaments. We offer advanced solution for effective
production and superb savings in your business. We are bringing innovative materials and tailor-made solutions to meet our customer needs. Filaments
Fillamentum are developed in-house and distributed in more than 60 countries all around the world.

# data[].description
This filament is made of polyamide 12 reinforced with 8 % of aramid fibers. Its benefits are tribological properties, great chemical resistance, high stability under a wide range of temperatures, and great processing.

All of these make it suitable for the fabrication of products like an unwinding wheel, bearings, or cogwheels. It's a durable material that resists a wide range of chemicals, including car fluids.

Features:

    Good interlayer adhesion
    Mechanical properties retained in range -40 °C up to +140 °C
    Tribological properties
    Smooth surface
    Good hardness
    Wear resistance
    Creep resistance (resistance against deformation under long-term load)
    Stiffness & strength
    Heat resistance even under high loads
    Low thermal expansion
    Chemical resistance against a wide range of substances
    Low density
    Safe to use in electrical and electronic equipment
    Low fumes released, BPA-free, styrene-free

# data[].author.description
Fillamentum is a producer of top-quality filaments. We offer advanced solution for effective
production and superb savings in your business. We are bringing innovative materials and tailor-made solutions to meet our customer needs. Filaments
Fillamentum are developed in-house and distributed in more than 60 countries all around the world.

# data[].description
HIPS Extrafill is a multifunctional material. Thanks to its structure it's widely used for printing support parts, dissolvable in Lemonesol. Ideal for quick printing of complex objects with overhangs using dual extrusion 3D printers.

Besides that, the high-impact polystyrene (HIPS) filament is great for printing functional components. It is characterized by good thermal resistance, low water, and moisture absorption, electrical insulation, and impact strength.

# data[].author.description
Fillamentum is a producer of top-quality filaments. We offer advanced solution for effective
production and superb savings in your business. We are bringing innovative materials and tailor-made solutions to meet our customer needs. Filaments
Fillamentum are developed in-house and distributed in more than 60 countries all around the world.

# data[].description
Filament made of polyethylene terephthalate glycol (PETG) is widely used for 3D printing thanks to its specific properties and easy processing. PETG is an ideal material for prints with practical applications.

Features:

    Low warping and shrinkage
    Great layer adhesion
    High strength & good hardness
    Flexural resistance
    Temperature resistance up to 70 °C
    Low fumes released
    Chemical resistance against water, acids, alkalis, and alcohols
    Transparency and gloss
    Safe for food contact applications according to EU regulation
    Safe for food contact applications according to U.S. FDA regulation  – all the colour versions comply except “Black“, “Yellow“, “Vertigo Grey” and “Wizard’s Voodoo”
    Safe to use in electrical and electronic equipment
    Recyclable & BPA-free & styrene-free

# data[].author.description
Filaticum developes and produces sustainable composite PLA filaments for industrial applications

# data[].description
Objects printed with Filaticum Foam have got a foamy, spongy texture. The hard 3D printed foam has open cell structure. Due to the foamed structure, the layers are barely visible, and it has a nice, smooth surface. However, it can be easily sanded, cut, painted and shaped as needed. The beige color variant looks natural and the black one has a particularly shiny matte finish.

The structure of the foam, the quality and structure of the surface can be widely modified by changing the printing settings.

# data[].release_notes
1.1.0: Automatic add support for Factor 4 to materials

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya PEKK-A 3D filament belongs to the polyaryletherketone family. Polyetherketoneketone (PEKK) is a thermoplastic polymer. PEKK-A is the amorphous form of PEKK, providing ease of printing. This is a material that boasts good mechanical properties and is resistant to high temperatures (<150°C). Produced using KEPSTAN® Arkema, the Kimya PEKK-A 3D filament has been designed for technical applications. It can come into contact with hydrocarbons and fluids, enabling it to be used in multiple business sectors: aerospace, automotive, railways, etc. It has the following properties:

• Temperature resistance
• Flame retardant – eligible to UL94 V0
• Complies with the REACH regulation and the RoHS directive

For optimal printing we recommend using Kimya PEKK-A to print parts with 
maximum dimensions of 15 cm * 15cm using the Factor 4.

# data[].release_notes
First release
1.0.1 : Corrected material name in quality file.

# data[].author.description
Fillamentum is a producer of top-quality filaments. We offer advanced solution for effective
production and superb savings in your business. We are bringing innovative materials and tailor-made solutions to meet our customer needs. Filaments
Fillamentum are developed in-house and distributed in more than 60 countries all around the world.

# data[].description
NonOilen® is revolutionary material.
This material perfectly fits the circular economy by being 100% bio-based – the beginning of the circle starts from the soil, which means that some plants consumed CO2 from the environment first, being recyclable many times with little loss of the properties.
Thanks to these, you can cut the source of input materials and reuse the material itself.
Once the lifetime is over, it is 100% biodegradable in industrial compost.
Here the circle is closing, and the nutrient isolated from the soil is returned to the nature.

# data[].description
Filament based on glass fiber reinforced polyamide 6. 20% glass fiber reinforced PA6 nylon perfect for heavily used components. The material is hydroscopic and can absorb moisture if stored incorrectly.

# data[].release_notes
Perfekt geeignet für Industrieanwendungen & techn. Bauteile ; Verstärkungsanteil 20%
Faserlänge im Ausgangsmaterial 6mm
! MADE IN GERMANY !

# data[].description
Filament based on glass fiber reinforced polyamide 6. 20% carbon fiber reinforced PA6 nylon perfect for heavily used components. The material is hydroscopic and can absorb moisture if stored incorrectly.

# data[].release_notes
Perfekt geeignet für Industrieanwendungen & techn. Bauteile ; Verstärkungsanteil 20%

Faserlänge im Ausgangsmaterial 6mm

! MADE IN GERMANY !

# data[].description
The ZELOS PETG material is very easy to work with high toughness; high self-adhesive strength and printing speeds possible.
 
minimal shrinkage
little delay
Very good diameter and roundness tolerances
No unpleasant smells
Easy to print

# data[].release_notes
Das ZELOS PETG Material lässt sich sehr leicht verarbeiten bei hoher Zähigkeit; hohe Selbstklebefestigkeit und Druckgeschwindigkeiten möglich. 
 

Die Eigenschaften von ZELOS auf einem Blick:

minimale Schrumpfung
wenig Verzug
Sehr gute Durchmesser- & Rundheitstoleranzen
Keine unangenehmen Gerüche
Einfach zu drucken

# data[].description
Thermoplastic, plasticizer-free biomaterial.
In order to reach the maximum softening temperature of 120 ° C (without 112 ° C), the component has to be re-crystallized in the oven at 120 ° C for 10 minutes

# data[].release_notes
Thermoplastischer, weichmacherfreier Biowerkstoff.
Um die maximale Erweichungstemperatur von 120°C (ohne 112°C) zu erreichen, muss das Bauteil für 10 Minuten bei 120°C zur Nachkristallisation in den Ofen

# data[].description
TRITON Soft PLA (polylactide)

consists of over 95% organic materials such as Cornstarch. Thermoplastic, plasticizer-free biomaterial; completely biodegradable.


The TRITON Soft PLA material is very easy to process, is odorless and is ideal for soft 3D models in the field of toolmaking, prototyping, decoration ...

# data[].release_notes
TRITON Soft PLA (Polylactid)

besteht zu über 95% aus organischen Materialien wie z.B. Maisstärke.
a
Thermoplastischer, weichmacherfreier Biowerkstoff ; vollständig biologisch abbaubar. 


Das TRITON Soft PLA Material lässt sich sehr leicht verarbeiten, ist Geruchsneutral und eignet sich ideal für weiche 3D-Modelle im Bereich Werkzeugbau, Prototyping, Dekoration ....

# data[].author.description
With over 30 years experience in customer service, design engineering and manufacturing, DELRAY Systems was created to assist companies with new technology and training for advanced manufacturing. We researched and carefully selected partners that have the same high standards of quality commitment for serving our customers and the manufacturing community. The name, DELRAY has a long history of providing the industrial infrastructure necessary for manufacturing growth in America.

# data[].description
PLA Metallic is a highly aesthetical PLA based filament with sparkling flakes inside. Slightly modified, the filament retains the typical features of PLA, but is tougher and less brittle. Polylactic acid is one of the most popular materials for 3D printing. Because of the translucency of PLA combined with the flakes, the color saturation can be increased by increasing wall thickness.

# data[].release_notes
Added updated material parameters along with quality presets.

# data[].author.description
Czech manufacturer of filament with 10 years of experience.

# data[].description
PAJet 160 nylon (polyamide)
- engineering thermoplastic
- has similar printing properties as ABS
- highly heat (up to 160 ° C), impact, chemicals and mechanical resistant
- smooth surface ideal for rolling and sliding components (e.g. bearings)

# data[].author.description
colorFabb is a leading developer and producer of high-quality 3D printing filaments. While we offer a range of reliable, everyday filaments, our passion lies in creating innovative and advanced materials that push the boundaries of 3D printing. We also welcome discussions on custom material development to meet specific project needs.

# data[].description
If you’re looking for something special in your filament portfolio then consider our woodFill filament. About 70% colorfabb PLA and 30% recycled woodfibers. Parts will no longer feel like regular plastic but will give a much more exclusive look and feel. 

# data[].release_notes
1.2.0: Automatic update by Ultimaker to add Ultimaker S7 compatibility.

# data[].data.materials[].adhesion_info
Use glue, to avoid chipping of the glass.

# data[].description
The generic ABS profile which other profiles can be based upon.

# data[].description
The generic CPE profile which other profiles can be based upon.

# data[].description
The generic HIPS profile which other profiles can be based upon.

# data[].description
The generic Nylon profile which other profiles can be based upon.

# data[].data.materials[].adhesion_info
Use glue for small prints. An adhesion sheet is recommended for larger prints. Set your print speed to a low value (10mm/sec) to get better layer bonding.

# data[].description
The generic PC profile which other profiles can be based upon.

# data[].release_notes
1.3.0: Automatic update by Ultimaker to add Ultimaker S7 compatibility.

# data[].data.materials[].adhesion_info
Set your prime speed to a low value (8mm/sec)

# data[].description
The generic PETG profile which other profiles can be based upon.

# data[].data.materials[].adhesion_info
Print on bare glass. Use tape for cold build plates.

# data[].description
The generic PLA profile which other profiles can be based upon.

# data[].release_notes
1.3.0: Automatic update by Ultimaker to add Ultimaker S7 compatibility.

# data[].data.materials[].adhesion_info
Use the same temperatures and adhesion method as your build material(s).

# data[].description
The generic Nylon profile which other profiles can be based upon.

# data[].author.description
A única empresa nacional de filamentos profissionais de altíssima performance e qualidade.

# data[].description
LayerPRO Nylon HT is the answer of 3DCRIAR for one of the most popular engineering materials. Our grade is unique and brings sophisticated mechanical properties and resistance to higher temperatures than normal nylons (up to 160ºC). In addition, our Nylon HT absorbs less than half of the moisture from the environment, making its use much more simplified and lasting in relation to competing materials.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
3D Printing Solutions by Arkema, brings a step change in additive manufacturing’s possibilities. Beyond offering an industry leading portfolio of materials, the engagement of Arkema is about unlocking new perspectives by bringing full solutions and expertise from the customer’s premises to the industrialization.

# data[].description
3DXFlex TPE is made from Arkema's Pebax® Polyether block amide elastomer which is highly regarded for lightness, unmatched energy return, and cold temperature durability.  3DXFlex TPE is easy to print with excellent layer adhesion.  Try 3DXFlex TPE for lattice structures, sporting goods, gaskets, jigs, and more
Printing guideline: https://go.arkema.com/pebax-filament

# data[].release_notes
1.6.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].data.materials[].adhesion_info
Use glue, to avoid chipping of the glass.

# data[].description
3DXMAX® ASA (Acrylonitirle Styrene Acrylate) is a UV-resistant weatherable polymer.   Our ASA has a low-gloss matte finish that makes it a perfect filament for technical prints. ASA's UV-stability makes it an ideal material for outdoor applications that will experience intense exposure to the sun and weather.  ASA's exceptional mechanical and thermal properties, coupled with excellent UV-stability, is why this resin is used the Auto, Marine, and RV industries for exterior applications such as mirror housings, cowl covers, radiator grills, and sensor housings. 

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
3DXMAX® PC-ABS offers many of the advantages of PC including strength and durability, but is easier to print and offers a lower-gloss surface finish that hides layer lines and gives a professional look and feel every print.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].data.materials[].adhesion_info
Use an adhesion sheet for the best result.

# data[].description
Target surface resistance: 10^7 to 10^9 Ohm.  Made using cutting-edge multi-wall carbon nanotube technology, state of the art compounding technology, and precision extrusion processes.

3DXSTAT™ ESD ABS is an advanced ESD-Safe compound designed for use in critical applications that require electrostatic discharge (ESD) protection and a high level of cleanliness.  Manufactured with consistency in mind - 3DXTech starts with premium ABS and then compounded according to a proprietary formulation of multi-wall carbon nanotubes - giving you a filament with excellent printing characteristics and consistent ESD properties.  

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
3DXSTAT™ ESD PA12 is made using a specialty Nylon 12 [PA12] and CNT matrix. This material offers an excellent combination of performance and printability.  Our formula offers low moisture uptake, excellent chemical/solvent resistance, high thermal properties (up to 150°C end-use), and excellent mechanical properties needed for industrial applications.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
3DXSTAT™ ESD PETG is an advanced ESD-Safe compound designed for use in critical applications that require electrostatic discharge (ESD) protection.  Made using cutting-edge multi-wall carbon nanotube technology, state of the art compounding technology, and precision extrusion processes.  Target surface resistance:  10^7 to 10^9 Ohm.

Typical applications include:
Semi-con:  HDD Components, Wafer Handling, Jigs, Casings, & Connectors 
Industrial:  Conveying, Metering, and Sensing applications

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
3DXSTAT™ ESD PLA is an advanced ESD-Safe compound designed for use in critical applications that require electrostatic discharge (ESD) protection.   Made using cutting-edge multi-wall carbon nanotube technology, state of the art compounding technology, and precision extrusion processes.  Target surface resistance:  10^7 to 10^9 Ohm.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Mitsubishi Chemical is wholly owned by, but independently operated from, Mitsubishi Chemical Holdings Corporation (MCHC).

MCHC, with over 68,000 employees, has its origins in the design and production of feedstock raw materials. Based upon this background, MCPP began its journey to become a specialist in the compounding of performance polymers.

Today, MCPP operates a global network of 24 sites in 15 nations. MCPP’s manufacturing plants, R&D and Sales & Technical support centers are focused on offering local and/or global product solutions that fit the requirements of our customers’ applications. We offer the broadest portfolio of performance polymers product technologies and work closely with our customers to deliver the technology that best meets their needs.

# data[].description
3Diakon™ PMMA or Poly(methyl methacrylate) is a transparent thermoplastic. It is known as having excellent weathering and UV stability combined with excellent impact performance and stiffness. PMMA is characterized as a transparent material (more transparent after post processing) and it is reasonable easy to print.
3Diakon™ PMMA have been used for many years extensively for the smartphone screens as well as the electrical equipment displays and infrared transmitter/receiver windows.

AA0.4 + Fast

# data[].release_notes
5.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
At 3R3DTM, our passion is to innovate in Additive Manufacturing and our goal is to provide our customers with ADAPTED and SUSTAINABLE SOLUTIONS in 3D Filaments. We offer a leading industrial combination of experience, expertise and flexibility that allows us to COLLABORATE with you to develop PERSONALIZED PRODUCTS that meet the requirements in ADDITIVE MANUFACTURING technology.

# data[].description
USP class VI Biocompatible & Food Contact ABS material optimized for FDM 3D printing technology. 
Used by an array of industries, ABS is known for its exceptional mechanical properties.
Formulated to minimize warping and ensure consistent interlayer adhesion, our ABS allows the creation of functional protoypes and complex end-use parts with ease.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
At 3R3DTM, our passion is to innovate in Additive Manufacturing and our goal is to provide our customers with ADAPTED and SUSTAINABLE SOLUTIONS in 3D Filaments. We offer a leading industrial combination of experience, expertise and flexibility that allows us to COLLABORATE with you to develop PERSONALIZED PRODUCTS that meet the requirements in ADDITIVE MANUFACTURING technology.

# data[].description
Filament for 3D printing of the company Elix Polymers.
Acrylonitrile butadiene styrene or ABS is a plastic that is very resistant to shock, tenacious, hard and rigid. With this improved composition, this material has a BETTER RESISTANCE to HIGH IMPACTS. 
It is one of the most used thermoplastics in 3D printing. With great chemical and abrasion resistanceFile for 3D printing from Elix Polymers.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
I'm R&D manager at 3D Printing filament extrusion dept. of Ciceri de Mondel s.r.l., known as FILOALFA®

# data[].data.materials[].adhesion_info
Use DIMAFIX Spray Glue for the best result.

# data[].description
An ABS with high performance and great ease of printing whose granule is certified for the standard biocompatibility for contact with food and medical applications. In compliance with the following reference standards:


- Food contact approved material acc. EU No 10/20111 and 21 CFR FDA
Supported cores/qualities: AA 0.2, AA 0.4, AA 0.8
Compatiblewith brake away suypport 

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Manufacturer and developer of 3D printing materials

# data[].description
ABS ESD is an advanced and truly exceptional filament used in the electrical sector and electronic due to its property of isolating circuits and components from possible discharges electrical, hence ESD (electrostatic discharge), present in the air or close to the object from isolate.ABS ESD has a very high shielding value, unique on the market. 
The resistivity of surface is & gt; 1.00.10 6 Ohm / sq, value considered to be electro shielding which prevents electrostatic charges to accumulate on the surface of the object, avoiding damage and electrical discharges.

ABS ESD is extremely resistant to shocks and high temperatures and does not deform. It is easy to print and does not cause print retraction problems and does not clog extrusion nozzles

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
LATTICE SERVICES provides its own procedures for research teams
We are specialized in polymer-based tissue engineering projects and implantable medical devices. For this, we have developed different types of 3D printing filaments using medical polymers with the aim of providing the best performance.
These absorbable and implantable filaments are manufactured in our facility.

# data[].description
Acrylonitrile Butadiene Styrene is an amorphous ivory-colored thermoplastic, durable and rigid. ABS is derived from granules complying with ISO 10993-5 certification for skin contact, making it possible to make 3D parts such as surgical planning models or prototypes of housing and interfaces in contact with the skin for patient monitoring.

Tip :
For good quality printing, we recommend that you keep your printer closed. And keep the heating build plate at a temperature of 110°C. This will prevent warping problems.
It is possible to use glues, but be sure to use a raft in this case. Glue can be irritating in the case of parts printed for skin contact applications.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Material4Print is a german producer of high quality filaments. 

# data[].description
Material4Print ABS-PC is a polymer blend that further enhances the properties of our normal ABS material. ABS-PC offers excellent toughness and high heat reistance aswell as high impact resistance.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
3D Printlife is committed to improving sustainability in 3D printing.  Our materials are innovative and sustainable formulations that feature cardboard spooling to help offset your carbon footprint.  All are modified and optimized for 3d printing.

# data[].description
Algae Based PLA

ALGA 3D printer filament is an optimized PLA combined with nuisance algae that has been removed from the environment, creating a markedly sustainable material by helping to keep the ecology in balance through remediation. ALGA features an earthy color palette and has a unique texture that resembles bone, sandstone, or wood.
  
ALGA is also wound onto our 1KG eco-friendly spooling.
 
The algae content of ALGA produces a unique color palette that will vary slightly from one batch to another.  That said we have strived to reproduce the original ALGA colors as closely as possible.
 
・PLA combined with nuisance algae
・Improved strength and reduced brittleness
・Algae content produces an Earthy color palette
・Optimized for FDM
・Texture of finished parts resembles bone, sandstone, or wood
・100% biodegradable, environmentally sustainable, & non-toxic
・Produces no harmful UFP’s and aids in nitrogen fixation
・Heated bed not required

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
Eastman Amphora™ AM3300 3D polymer is a low-odor, styrene-free material uniquely suited for 3D printing.
AM3300 is known for its high speed printing abilities over a broad range of processing temperatures.

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
AquaTek™ X1 Advanced USM [Universal Support Material] is an advanced water-soluble support filament that was formulated specifically for printing complex parts. This material is compatible with the widest variety of model materials [PLA, ABS, NYLON, Carbon Fiber, Glass Fiber, and more!] and then it safely washes away in warm water so you don’t destroy your part removing the support.

# data[].display_name
AQUATEK™ X1 ADVANCED USM UNIVERSAL SUPPORT MATERIAL

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
With over 30 years experience in customer service, design engineering and manufacturing, DELRAY Systems was created to assist companies with new technology and training for advanced manufacturing. We researched and carefully selected partners that have the same high standards of quality commitment for serving our customers and the manufacturing community. The name, DELRAY has a long history of providing the industrial infrastructure necessary for manufacturing growth in America.

# data[].description
​ ASA Pro-DM is our highly modified “industrial-grade” ASA filament with many features like UV resistance, zero warp technology and excellent mechanical properties. ASA Pro-DM is the perfect replacement when you require a performance material without the problems that can arise during printing with, for example, ABS. ASA Pro-DM not only has great strength and interlayer adhesion but also features one of the best aesthetics possible with FDM 3D printing. The reliable bed adhesion will ensure a smooth printing experience. ASA Pro-DM is perfect when you are looking for beautiful and strong prints that also last outside

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are a company whose objective is to offer the best filament products and services in the 3D printing sector. The brand was born from the market's need to find a partner, an accomplice in business that customers can trust.

Our main hallmarks are the corporate colors (purple, biche green and white) that represent passion, joy and transparency as fundamental values of the brand; in addition to our company philosophy, by which we define ourselves as a ‘cool’ brand capable of understanding and promoting the needs of our customers. For all these reasons, Winkle is a brand with clear differential advantages within the sector.

# data[].description
Our ASA, compared to ABS, improves weather resistance with high resistance to UV rays, maintaining all its mechanical properties. Spherical particles of lightly cross-linked acrylate rubber (instead of ABS butadiene rubber), function as an impact modifier, are chemically grafted with styrene-acrylonitrile copolymer chains, and embedded in a styrene-acrylonitrile matrix. Acrylate rubber differs from butadiene-based rubber by the absence of double bonds, which provides the material about ten times more weather resistance and UV resistance than ABS, higher long-term heat resistance and better strength chemistry. ASA is significantly more resistant to environmental stress cracking than ABS. It has a lower glass transition temperature, providing better low temperature properties to the material.
ASA is characterized by having a high resistance to outdoor weathering; preserving the gloss, color and mechanical properties.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Strong PC+ABS material co-developed by Ultimaker & Nexeo Solutions & Covestro. Maximum Performance while still achieving large parts (250 % benchy).

Great surface finish, highly suitable for jigs & fixtures, especially for outdoor applications. Product offers extreme heat- and cold-resistance (-30 °C) and UV resistant while maintaining elongation and impact resistance.

Another unique feature of the product is its easy printability and layer adhesion.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Addigy® F1030 for fused filament fabrication (FFF) produces parts almost indistinguishable from those produced with standard injection molding. The open system filament material is a pure polyamide 6/66 and the base material was originally developed by Covestro Engineering Materials experts for demanding specialty applications often subjected to harsh environments and high temperatures (up to 125 °C).

Optimized to 3D print easily, Addigy® F1030 brings a unique combination of properties, including outstanding stiffness and ductility, across a range of applications - from transportation, to sports and electronics. The optimized crystallization profile improves fusion, enabling parts with excellent interlayer strength and high surface quality.

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Addigy® F1030 CF10 is a carbon fiber filled PA6/66 copolymer filament for 3D printing durable structural parts with high dimensional stability and no warpage. Despite the low carbon fiber loading of 10% – much lower than most carbon filled materials – Addigy® F1030 CF10 enables parts that are stronger, stiffer and tougher parts with higher tensile strength and modulus.

Designed especially for 3D printing, the material’s excellent mechanical properties and smooth appearance make it ideal for a very broad range of demanding, structural applications that require robust performance possibly at elevated temperatures. Addigy® F1030 CF10 can be printed on standard desktop fused filament fabrication (FFF) machines with a hardened nozzle.

Tests have shown that users can run their printers at the same speed as with unreinforced plastics, while achieving considerably better strength and toughness.

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Addigy® F1030 FR is the first UL Blue Card certified PA6/66 filament for open systems. It can be used for applications that require UL certification on flammability, such as enclosures for electric or lighting applications, connectors and more.

Addigy® F1030 FR is completely halogen-free, making it environmentally friendly.

Validated in an UL-certified lab, Addigy® F1030 FR achieved a UL 94 rating of V-0 at 1.6 & 3.2 mm wall thickness and a UL 94 V-2 rating at 0.85 mm wall thickness. 

UL requires Blue Cards for 3D printing materials to be printer specific; this material was tested on an Ultimaker S5 printer. 

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Addigy® F1070 is an engineering grade PA6 filament with excellent layer-to-layer adhesion and good mechanical properties, suitable for harsh environments. The filament is optimized for ductility and stiffness, has good mechanical properties and offers high interlayer strength. Addigy® F1070 was originally developed as a specialty product to meet the demand for high service levels in the automotive and electronic industries. Addigy® F1070 is a very ductile, strong polymer suitable for harsh environments and high temperatures (up to 150°C).

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Addigy® F2045 is a thermoplastic copolyester (TPC) with unique properties such as resistance against high temperatures due to long term thermo-oxidative stability. The material is highly elastic with Shore D of 34 and does not show cracking or loss in gloss under UV exposure. Half of Addigy® F2045 material originates from bio-based feedstock.

Ideal for soft, flexible applications, this material prints twice as fast when compared to TPU. It combines easy and fast printing with high performance characteristics enabled by excellent inter-layer adhesion due to its slower crystallization behavior. Addigy® F2045 has excellent energy return - 20-30 % higher when compared to TPU and EVA.

The natural colored filament passes ISO 10993-10 Irritation/Intracutaneous reactivity testing, ISO 10993-5 cytotoxicity testing and USP class VI tests for medical implants.

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
Addigy® F2060 HT, a high-performance TPC, is one of the first to offer a unique balance of flexibility, chemical resistance against exhaust gas recirculation (EGR) condensate and prolonged high temperature resistance. Parts printed can sustain high temperatures of 175 °C (1000 h) or 190 °C (500 h) and chemicals such as EGR condensate.

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Addigy® offers high quality polymer materials for industrial 3D printing. Addigy® brings speed, simplicity and flexibility to 3D production. 

# data[].description
PA6/66-GF20 FR Low Smoke is one of few commercial filaments that meet norms EN 45545-2, NFPA 130 (ASTM E162, ASTM E662), SMP 800-C and FAR 25.853. Its certifications for flame, smoke and toxicity (FST) make it suitable for railway and other transportation applications.

For Printing Guidelines and Safety Data Sheet, please contact us via email.

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].description
(a) Next Print Breakaway is a support material for multi-extrusion 3D 
      printing.
(b) Use 75%~99.5% Alcohol liquid spray or soak. Breakaway supports can 
      be quickly removed.
(c) Alcohol Breakaway provides good adhesion to most of the material.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

# data[].description
Alloy 910 is trusted worldwide by professional engineers for high strength parts in aerospace, automotive, health care and other industrial sectors.  With a combined tensile strength higher than the strongest co-polyesters, the durability of nylons, a low shrinkage factor and a vast range of chemical resistance and a 82C working range, you now have one solution easily printable at 250C-255C.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
AmideX™ Nylon 6-66 copolymer is an excellent choice for superior printability and high-performance. This material offers industrial-grade mechanical, thermal, and chemical resistance properties.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
ApolloX is a professional high-performance engineering filament, which is based on an uniquely industrial-grade modified ASA (Acrylonitrile Styrene Acrylate) compound. ApolloX has been modified to have great thermal stability, improved filament flowing behavior, zero-warping and flawless first- and interlayer adhesion allowing you to 3D print objects with an almost injection-molded precision. ApolloX is UV and weather resistant and by that ensuring great color stability – combined with high strength and heat resistant properties – which makes ApolloX a perfect engineering filament for outdoor and automotive applications.  

Unique features
•	UV & weather resistant
•	FDM/FFF-optimized
o	Nearly warp-free printing
o	Excellent first & inter-layer adhesion
•	Greatly improved mechanical properties and strength
•	Extremely high printing precision with fine detail

AA0.4 + Fast

# data[].release_notes
3.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Manufacturer and developer of 3D printing materials

# data[].description
Superb filaments, with exceptional tactile feelings. 
Available in 6 color variants to reproduce different finishes.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
3D Printlife is committed to improving sustainability in 3D printing.  Our materials are innovative and sustainable formulations that feature cardboard spooling to help offset your carbon footprint.  All are modified and optimized for 3d printing.

# data[].description
Eco-Friendly PETG

Professional grade PETG combined with our proprietary bio-additive that delivers a sustainable PETG filament, without compromising performance.  

Our bio-additive simply provides a food source for bacteria living in active landfill facilities and commercial composts, but 3d printed parts maintain the strength, pliability, heat resistance, chemical resistance, and post processing capabilities of PETG in every way, delivering a more sustainable 3d printing experience.
 
Meets both ASTM D5338 and ASTM D5511 standards for biodegradability.  

Key Features:
 
・Physical properties of base material are unchanged
・Maintains shelf life of base resin
・Degradation begins only at the time of disposal
・Degradation is not initiated by exposure to heat, light, oxygen, or external stresses during storage or use
・No special storage conditions required
・Bio-additive contains no heavy metals and is ecologially and environmentally safe
・Bio-additive returns to the envionment as biomass

# data[].release_notes
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# data[].author.description
Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

# data[].description
Brass, Bronze, and Copper Composite HTPLA print like plastic but finish like real metal for beautiful, durable parts from most standard 3D printers. So many finishing possibilities, but here are some ideas to get you started:

-Heat treat your HTPLA print to survive harsher environments like the hot sun or a warm polishing wheel

-Wire Brush to expose metal for future oxidation or a bright, satin finish

-Rock tumble with steel shot for a darker, but smooth, shiny look

-Polish with a rotary tool, cotton buff, and polishing compound for a bright, mirror finish on high spots

-Polish with paper for a clean, smooth, and bright finish

-Patina (oxidize) exposed metal naturally or accelerate with a 50/50 vinegar/hydrogen peroxide mixture saturated with salt

Supported Cores/Qualities: CC 0.6, Standard .15mm

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Manufacturer and developer of 3D printing materials

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
CarbonX™ PETG+CF is made using our high-flow PETG and premium high-modulus carbon fiber. This material offers ease of printing, strength & stiffness, excellent dimensional stability, and an amazing surface finish.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
(1) Hospital use
(2) Shape adjust
(3) Education training
(4) Easy print 
(5) Low temp print, about 180°C
(6) Print speed:40mm/s

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Our company aims to shift the recycling paradigm by giving local communities the means of processing their own plastic waste and producing goods that go right back into their local economies. We make plastic recycling possible for a wide variety of post consumer waste materials that would otherwise go to landfill using proprietary technology developed here in Southern California. This technology fills the gaps within our existing infrastructure by upcycling the vast majority of post consumer waste and giving it new life.

# data[].description
CLP U-HIPS is an upcycled HIPS filament made entirely from post-consumer plastic cups and lids. Each spool is produced at our shop in Long Beach, CA, where we take plastic waste from the community and give it new life as 3D filament for makers, engineers, and enthusiasts around the world. The finished product is an engineering-grade, structural filament that is great for sustainable prototyping and can easily be used with any printer, providing a soft matte finish in either Party Pink or Nebula Black.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

# data[].description
Proto-pasta Carbon Fiber Composite HTPLA is a combination of milled carbon fibers and high-performance PLA. Resulting 3D printed prototypes, and end-use parts are characterized by exceptional stability of form and potential use up to 155 deg C (310 deg F) when heat treated.

The team at Proto-pasta is dedicated to bringing Ultimaker s5 users high-quality materials and thoroughly supported print settings. The Carbon Fiber HTPLA profile is precisely tuned for dimensional part accuracy and professional quality finish. For more information about Carbon Fiber HTPLA visit our website!

Supported Cores/Qualities: CC 0.6, Standard .15mm

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
CarbonX™ ABS+CF is made using our high-flow ABS and premium high-modulus carbon fiber. This material offers ease of printing, strength & stiffness, excellent dimensional stability, and an amazing surface finish.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
CarbonX™ ASA+CF is made using our popular ASA compounded with high-modulus carbon fiber. This material offers excellent UV-stability, matte surface finish, ease of printing, strength & stiffness, coupled with superior dimensional stability.  We found our new favorite material to print structural parts!

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
Gen 3 CarbonX™ CF-Nylon Filament is an advanced semi-aromatic polyamide copolymer reinforced with high-modulus carbon fiber.  This filament is ideal for anyone that desires a structural component with high modulus, improved chemical and thermal resistance, excellent surface quality, and ease of printing. Excellent dimensional stability comes from the carbon fiber and the semi-aromatic nylon.  

High-Performance + High Temp Resistance: 
Gen3 has higher HDT than our previous grades (147°C at .45MPa) allowing for expanded use in higher-temp applications. 

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Advanced 3D printing materials from 3DXTECH

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CarbonX™ PA12+CF is made using a specialty Nylon 12 [PA12] and high-modulus carbon fiber. This material offers an excellent combination of performance and printability. PA12 absorbs much less moisture than PA6-based materials and has superior retention of mechanical properties after exposure to humid environments.

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Advanced 3D printing materials from 3DXTECH

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CarbonX™ PLA+CF is made using Natureworks PLA and premium high-modulus carbon fiber. This material offers ease of printing, strength & stiffness, excellent dimensional stability, and an amazing surface finish.

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Advanced 3D printing materials from 3DXTECH

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CarbonX™ PP+CF is made using a specialty formulated PP copolymer and reinforced with premium high-modulus carbon fiber. This material offers ease of printing, strength & stiffness, excellent dimensional stability, and an amazing surface finish.

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Advanced 3D printing materials from 3DXTECH

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CarbonX™ ezPC+CF is made using our easy to print ezPC Polycarbonate and reinforced with premium high-modulus carbon fiber.  This material offers excellent printability, high thermal properties, strength & stiffness, superior dimensional stability, and an amazing surface finish.  This will become your new go-to for engineering-grade parts.

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Manufacturer and developer of 3D printing materials

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The FIRST and ONLY Carbon Fiber Filament 

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The first in the line of unique Caverna build materials from Infinite™, Caverna PP (a polypropylene filament) has a water-soluble phase that dissolves to create a co-continuous, microporous morphology. After dissolution, the resulting material is soft and porous, and provides incredible moisture vapor transmission.
 Caverna PP is compatible with standard, non-porous polypropylene, so users can create prints with selectively soft and rigid areas. And it pairs perfectly with AquaSys 120, enabling design freedom and easy support removal.
Build plate adhesion - We recommend using an AquaSys 120 raft or using a PP adhesive to improve adhesion to glass build plates. Caverna sticks well to PEI build surfaces. 
Store in a cool dry environment in a sealed desiccated container. 

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colorFabb is a leading developer and producer of high-quality 3D printing filaments. While we offer a range of reliable, everyday filaments, our passion lies in creating innovative and advanced materials that push the boundaries of 3D printing. We also welcome discussions on custom material development to meet specific project needs.

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Easy to print premium PLA, available in 100+ RAL colors and custom colors starting at 2kg MOQ.

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Mitsubishi Chemical is wholly owned by, but independently operated from, Mitsubishi Chemical Holdings Corporation (MCHC).

MCHC, with over 68,000 employees, has its origins in the design and production of feedstock raw materials. Based upon this background, MCPP began its journey to become a specialist in the compounding of performance polymers.

Today, MCPP operates a global network of 24 sites in 15 nations. MCPP’s manufacturing plants, R&D and Sales & Technical support centers are focused on offering local and/or global product solutions that fit the requirements of our customers’ applications. We offer the broadest portfolio of performance polymers product technologies and work closely with our customers to deliver the technology that best meets their needs.

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DURABIO™ developed for 3D FFF/FDM printing is a transparent bio-based engineering material developed by Mitsubishi Chemical. DURABIO™ is a transparent polymer with a high transparency similar to PMMA but with a much better impact behavior and improved heat resistance. DURABIO™ beats the well-known inferior properties of PC in regards to scratch resistance, hardness and chemical resistance. That is why DURABIO™ closes the gap between PC and PMMA.

AA0.4 + Fast

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Material4Print is a german producer of high quality filaments. 

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ESD-PETG is an electrically conductive or antistatic filament. Our ESD filament was developed to protect electronic components that are sensitive to electrostatic discharge.

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# data[].author.description
Material4Print is a german producer of high quality filaments. 

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ESD-PLA is an electrically dissipative or antistatic filament. Our ESD filament was developed to protect electronic components that are sensitive to electrostatic discharge, while beeing just as easy to print as our standard PLA filament.

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From prototyping to mass development, we are equipped to be your collaborative development partner for your 3D printing challenges by providing applications-driven development. With commercial grades of thermoplastic polyurethane (TPU) available, our portfolio of Estane® 3D TPU can be offered in either pellet form for filament extrusion purposes or powder TPU. Our TPU portfolio is engineered to meet strict market requirements for 3D printed parts, such as high strength and high abrasion resistance, high mechanical properties and outstanding surface/haptic properties.

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Material type: Polyether Thermoplastic Polyurethane (TPU), hardness 70 Shore D.

Applications: outdoor parts with cold flexibility, good humidity and UV resistance, industrial jigs and fixtures requiring impact strength

Features: Low temperature flexibility, high transparency and UV stability

Core: AA 0.4, normal mode

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# data[].author.description
From prototyping to mass development, we are equipped to be your collaborative development partner for your 3D printing challenges by providing applications-driven development. With commercial grades of thermoplastic polyurethane (TPU) available, our portfolio of Estane® 3D TPU can be offered in either pellet form for filament extrusion purposes or powder TPU. Our TPU portfolio is engineered to meet strict market requirements for 3D printed parts, such as high strength and high abrasion resistance, high mechanical properties and outstanding surface/haptic properties.

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Material Type: Aromatic polycarbonate-based Thermoplastic Polyurethane (TPU), hardness Shore A 94
Features: High heat performance
Applications: prototyping and final parts requiring long term heat performance and flexibility
Core AA 0.4, normal mode

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# data[].author.description
From prototyping to mass development, we are equipped to be your collaborative development partner for your 3D printing challenges by providing applications-driven development. With commercial grades of thermoplastic polyurethane (TPU) available, our portfolio of Estane® 3D TPU can be offered in either pellet form for filament extrusion purposes or powder TPU. Our TPU portfolio is engineered to meet strict market requirements for 3D printed parts, such as high strength and high abrasion resistance, high mechanical properties and outstanding surface/haptic properties.

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Material type: Polycaprolactone Thermoplastic Polyurethane (TPU), hardness 98 Shore A.
Applications: general flexible parts, orthopedic insoles
Features: High clarity and printed part quality
Core: AA 0.4, normal mode

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Electrify prints for Simple Circuits & Touch-Sensitive Devices!

Have you ever wanted to create something with your 3D printer that includes electronics? Maybe an LED, touch sensor, or some other genius invention to solve the world’s problems? Then Proto-pasta Conductive PLA is the perfect material for you!

How Conductive Is It?

-Volume resistivity of molded resin (not 3D Printed): 15 ohm-cm

-Volume resistivity of 3D printed parts along layers (x/y): 30 ohm-cm

-Volume resistivity of 3D printed parts against layers (z): 115 ohm-cm

-Resistance of a 10cm length of 1.75mm filament: 2-3kohm

-Resistance of a 10cm length of 2.85mm filament: 800-1200ohm

Supported Cores/Qualities: AA 0.4, Standard .15mm (Magigoo or Glue stick is recommended)

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taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

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Enviro PETG is 100% recycled PETG for 3d printing, housed on fully recycled cardboard spools.  Both the plastic for 3d printing and the spools are fully recycled, raising the bar for eco-friendly filaments.  The material prints smoothly ~240C and comes in a variety of colors, including black, white, blue, read, orange, green and aqua.

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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3D printing projects often require a colour that is not available in the standard colours that are provided. Whether you want to print a specific colour, or need custom colours for your project, Eolas Prints will help you get the filament that fits your needs.

Our Colour on Request service will enable you to choose any colour you need from the RAL colour chart. And what’s more? We can produce custom colours without additional costs!

Materials: PLA, TPU, PETG
Min Order: 50Kg

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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Made from NatureWorks Ingeo 850 PLA, this filament is the best choice for any and all of your 3D printing needs. Our filament offers faster crystallisation rates, better heat-resistance, and enhanced toughness that will provide extra protection to the components of your 3D printer. It's also a great choice if you're looking for a super-strong, flexible material that delivers high-quality prints with enhanced detail.

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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Ingeo 870 PLA Filament is an innovative, high-performance polymer that has been specifically developed for the 3D printing of functional and aesthetic parts. This filament is a more heat-resistant version of PLA that provides improved heat resistance and high impact strength to your 3D printed parts. With a simple heat treatment,  this polymer offers precise detail, good adhesion to build plates (no heating needed), less deformation, and minimises possible bending and support needed.

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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Our PETG Filament is a high-impact material which offers improved thermal stability, durability, chemical resistance, and a great resistance to sunlight when compared to it's predecessor PLA. It also has great impact resistance, making it perfect for outdoor gear, industrial machinery, and architecture models.

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# data[].author.description
Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

# data[].description
PETG filament is derived from PET (the material from which water bottles and food packaging are made) which has been modified with glycol. Our PETG is a high impact material that offers improved thermal stability, durability, chemical resistance, good sunlight resistance and high flexibility, hence its high impact resistance.
In addition, this new PETG filament is certified UV resistant for 5 years, so your prints are guaranteed to maintain their colour and quality for a long time. No colour degradation means you can be sure that your prints will look as good as the first day you printed them. This filament is perfect for outdoor projects and will be your favourite filament when your prints are exposed to sunlight.

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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PLA filament is the universal filament par excellence due to its ease of printing and for being a biodegradable material as it is derived from corn starch or sugar cane among other vegetables. Our PLA is not only environmentally friendly, it is also made from non-toxic materials and meets high quality standards. It is available in a wide variety of colours, sizes and weights, all at an excellent price.

** Certified Food Contact Safe 

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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Our PLA Matte filament is the perfect material for 3D printing as it is environmentally friendly and made from non-toxic materials. The new material offers the same strength and durability as PLA while adding an attractive matte finish that will look great on any print.

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Eolas Prints is based in the heart of Cantabria, Northern Spain specialising in manufacturing 3D printer filaments made from different materials. Our mission is to make 3D printing accessible to everyone.

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TPU is a flexible and elastic filament with high resistance to impact, wear and abrasion, not to mention excellent chemical resistance. It is the perfect choice for printing flexible and resistant objects due to its great adhesion between layers. The finish of the parts has a matte appearance so it will leave a natural and elegant look to your prints; it is also available in a multitude of colours and formats to suit your needs.
For correct printing, set the extruder ilder to the position where it exerts the least force against the toothed pulley.

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Essentium is fundamentally changing how things are made. As innovators in both materials and production platforms, Essentium is disrupting traditional manufacturing processes by bringing strength and speed together, at scale, with a no-compromise material set. We are committed to creating industrial solutions for the world’s top manufacturers and bridging the gap between 3D printing and machining. Learn more at Essentium3d.com.

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Use Dimafix, PVA spray, Magigoo for adhesion.

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Essentium's PCTG is an easy-to-use material with incredible surface finish, superior toughness, and chemical resistance – use it just like PETG.

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# data[].author.description
Essentium is fundamentally changing how things are made. As innovators in both materials and production platforms, Essentium is disrupting traditional manufacturing processes by bringing strength and speed together, at scale, with a no-compromise material set. We are committed to creating industrial solutions for the world’s top manufacturers and bridging the gap between 3D printing and machining. Learn more at Essentium3d.com.

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Essentium’s TPU 74D is the highest durometer filament in our broad flexible portfolio. It is a no-warp drop in replacement for ABS. It has excellent impact strength, tear strength, and abrasion resistance. 

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# data[].author.description
Essentium is fundamentally changing how things are made. As innovators in both materials and production platforms, Essentium is disrupting traditional manufacturing processes by bringing strength and speed together, at scale, with a no-compromise material set. We are committed to creating industrial solutions for the world’s top manufacturers and bridging the gap between 3D printing and machining. Learn more at Essentium3d.com.

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Essentium Z TPU 74D is a high durometer filament in Essentium’s electrostatically dissipative (ESD) portfolio. With non-marring surface properties, you don’t have to worry about latent failures in electronics. These materials are the only industrially proven, safe material for ESD sensitive applications. Essentium Z TPU 74D is a no-warp drop in replacement for ABS. It has excellent impact strength, tear strength, and abrasion resistance.

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Advanced 3D printing materials from 3DXTECH

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Evolv3D™ OBC (Olefin Block Copolymer) is an engineering-grade polyethylene copolymer. OBC is the state-of-the-art in polyethylene 3D printing and eliminates many of the problems associated with printing polypropylene-based materials.

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Producer of high quality filaments since 2014

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Extrudr BioFusion is a new generation of special bio-based materials designed for designers and makers. The filament is very easy to work with, resulting in exceptional results even with little experience. The printed parts have an intense, metallic shine. BioFusion has a temperature resistance of up to 75 ° C.

- Super shiny look
- Temperature resistance up to 75°C
- Easy processability
- Very low warping
- FDA-compliant (see data sheet)
- 100 % recycleable

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Producer of high quality filaments since 2014

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The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. 

- UV and weather resistant
- Matt surface
- High mechanical strength
- Good layer and bed adhesion
- Low Warping

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Producer of high quality filaments since 2014

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TPU Flex Medium was developed for FDM and FFF processes. With an elasticity of 470%, high material quality, high chemical resistance and temperature resistance up to 115 °C, the material is suitable for a wide range of industrial applications.

- Very high impact and breaking strength
- Halogen-free
- Free from silicones, softeners and oils
- Shore hardness A98
- UV-resistant

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Producer of high quality filaments since 2014

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GreenTEC Pro is part of our BIO Performance range and was developed for high-performance applications. The material has excellent flexural strength and very little warping, as well as a high-quality surface.

GreenTEC Pro is temperature-resistant up to 160 °C.
Has very good mechanical and thermal stress resistance qualities.
It is medium-hard, slightly flexible material that is fairly resistant to impact.
Suitable for users with little experience. Easier to process than other materials with similar strength and temperature resistance, including PC, ABS and PEEK.

GreenTEC Pro has very high optical quality. Thanks to its matte surface, layers are only marginally visible.
Excellent layer adhesion. When destroyed, the material breaks across the layers.
Thanks to its slight flexibility, GreenTEC Pro withstands external impact well.

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Producer of high quality filaments since 2014

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Our Vision was to create an organic material that combines the best of two worlds - our biodegradable filament GreenTEC Pro, made from sustainable resources, and the strength of high-performance carbon fibers. Used for various applications in motorsports, aerospace or medical, carbon is in many cases the best solution. It’s lightweight, resistant to high temperatures and creates a much higher stiffness if added to polymer materials.

- High Durability
- Lightweight
- Temperature Resistant up to 165°C (Vicat VST)
- UV Resistant like ASA
- REACH & Rohs
- Hardened steel nozzle and min. nozzle diameter of 0,5mm is recommended

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Producer of high quality filaments since 2014

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PETG has been optimized for FDM and FFF processes, and stands for maximum functionality, even under high mechanical stress. With its excellent printing properties, this material is particularly suitable for high-performance applications.

- High chemical resistance
- Little shrinking
- FDA conform
- 100% recyclable

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Producer of high performing technical filaments

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Unfilled performance polyamide

F3 PA Pure Lite is a PA12 based matrix for enhanced strength and stiffness, designed for low warp printing & excellent adhesion on various build plates.

Works well in humid conditions with significant lower water absorption compared to PA6.

Key features: 
- PA12 based
- easy to print
- glossy white finish

The Fiberthree family of Lite-materials offers:
- unfilled or carbon-filled version
- compatible with support material PVA
- foreseen for multi-material prints with same polyamide matrix & different functionality / surface finish

Supported Core: AA0.25 AA 0.4 AA0.8 CC0.4 CC0.6
Printing: Please keep material dry and print dry at all times!

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Producer of high performing technical filaments

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Carbon fiber (15 %) enforced polyamide

F3 PA-CF Lite is a PA12 based matrix filled with carbon fiber for enhanced strength and stiffness, designed for low warp printing & excellent adhesion on various build plates.

Works well in humid conditions with significant lower water absorption compared to PA6.

Key features: 
- PA12 based
- easy to print
- black satin finish

The Fiberthree family of Lite-materials offers:
- unfilled or carbon-filled version
- compatible with support material PVA
- foreseen for multi-material prints with same polyamide matrix & different functionality / surface finish

Supported Cores: CC 0.4 CC 0.6
Printing: Please keep material dry and print dry at all times!

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# data[].author.description
Producer of high performing technical filaments

# data[].description
Carbon fiber (15 %) enforced polyamide

F3 PA-CF Pro is designed for low warp printing & excellent adhesion on various build plates.
Recommended for all industrial applications to create extra strong parts.

Key features: 
- PA6 based
- easy to print
- extremely strong
- black satin finish

The Fiberthree family of Pro-materials offers:
- unfilled, glass-filled or carbon-filled version
- compatible with support material PVA
- foreseen for multi-material prints with same polyamide matrix & different functionality / surface finish

Printing: Please keep material dry and print dry at all times!
Supported Core:  CC 0.4 & CC 0.6

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Producer of high performing technical filaments

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Glass fiber (15 %) enforced polyamide

F3 PA-GF Pro is designed for low warp printing & excellent adhesion on various build plates.
Recommended for all industrial applications to create very strong parts.

Key features: 
- PA6 based
- not conductive
- easy to print
- white matte finish

The Fiberthree family of Pro-materials offers:
- unfilled, glass-filled or carbon-filled version
- compatible with support material PVA
- foreseen for multi-material prints with same polyamide matrix & different functionality / surface finish

Printing: Please keep material dry and print dry at all times!
Supported Cores: CC 0.4 CC 0.6

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Producer of high performing technical filaments

# data[].description
Easy to print PAGF30 based on the proven formulas of Fiberthree's PA6-based Pro products. Filled with 30wt% glass fibers for tensile strengths up to 110MPa. Please check the TDS for more information and testing specimens.

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# data[].author.description
Producer of high performing technical filaments

# data[].description
Unfilled high-performance polyamide

F3 PA-Pure Pro is designed for low warp printing & excellent adhesion on various build plates.
Recommended for all industrial applications to create very strong parts with extra ordinary inter-layer adhesion.

Key features: 
- PA6 based
- excellent layer adhesion
- easy to print
- excellent inter-layer adhesion
- white glossy finish

The Fiberthree family of Pro-materials offers:
- unfilled, glass-filled or carbon-filled version
- compatible with support material PVA
- foreseen for multi-material prints with same polyamide matrix & different functionality / surface finish

Printing: Please keep material dry and print dry at all times!
Supported Cores: AA0.25 AA 0.4 AA0.8 CC0.4 CC0.6

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Advanced 3D printing materials from 3DXTECH

# data[].description
FibreX™ PA6+GF30 glass fiber reinforced nylon copolymer is an engineering-grade material that has excellent mechanical and thermal properties [HDT of 170°C] while offering ease of printing in a wide array of desktop printers. This material is a must-have when printing functional prototypes and production parts.

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When it comes to sustainable innovation, our ambition is to accelerate and deliver sustainable, innovative solutions for our clients and society. We believe that investing in the advancement of technology is the central path to a more sustainable future. Xtellar is a leading material supplier for the additive manufacturing industry. 

# data[].description
FL105PP is an easy to print polypropylene filament with inherently low density, high fatigue, and high moisture resistance for use in Fused Filament Fabrication (FFF). This filament provides a balance of impact resistance and dimensional stability while enabling the production of high tolerance watertight, lightweight, and chemically-resistant parts.

Just getting started and want to learn more about printing with PP? Check out our printing guidelines document below.

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# data[].author.description
When it comes to sustainable innovation, our ambition is to accelerate and deliver sustainable, innovative solutions for our clients and society. We believe that investing in the advancement of technology is the central path to a more sustainable future. Xtellar is a leading material supplier for the additive manufacturing industry. 

# data[].description
FL300PE is a 100% Polyethylene (PE) filament designed to be easy to print, lightweight, highly moisture and chemical resistant.
This filament is ideal for packaging, prototyping, and consumer goods applications. FL300PE is an excellent solution anywhere
traditional HDPE resins are typically required.

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# data[].author.description
When it comes to sustainable innovation, our ambition is to accelerate and deliver sustainable, innovative solutions for our clients and society. We believe that investing in the advancement of technology is the central path to a more sustainable future. Xtellar is a leading material supplier for the additive manufacturing industry. 

# data[].description
FL500PP-GF is an engineering-grade composite designed to provide a balance of mechanical performance and a high degree of printability while maintaining the inherent chemical resistance, low density, toughness, and watertight ability offered by PP.

# data[].release_notes
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# data[].author.description
When it comes to sustainable innovation, our ambition is to accelerate and deliver sustainable, innovative solutions for our clients and society. We believe that investing in the advancement of technology is the central path to a more sustainable future. Xtellar is a leading material supplier for the additive manufacturing industry. 

# data[].description
FL600R is a recycled resin designed for use in material extrusion-based Additive Manufacturing while maximizing sustainably
sourced content. Primarily sourced from recycled bottle caps, FL600R is a recycled polyolefin blend containing over 90%
sustainably sourced material, providing a more sustainable solution without sacrificing printability. This environmentally
friendly filament provides the same low density as well as water, chemical, and impact resistance inherent to virgin polyolefin-based materials.

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# data[].author.description
When it comes to sustainable innovation, our ambition is to accelerate and deliver sustainable, innovative solutions for our clients and society. We believe that investing in the advancement of technology is the central path to a more sustainable future. Xtellar is a leading material supplier for the additive manufacturing industry. 

# data[].description
Braskem FL605R-CF is an engineering-grade polymer for additive manufacturing, containing 90% recycled content. Primarily sourced from recycled bottle caps, FL605R-CF is a recycled PE/PP blend that incorporates the use of recycled carbon fiber for added strength and durability. FL605R-CF provides a more sustainable solution without sacrificing printability and mechanical properties. This environmentally friendly filament provides the same low density as well as water, chemical, and impact resistance inherent to virgin polyethylene and polypropylene-based materials.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Innovative Additive Manufacturing materials. Next generation of 3D printing filaments.

# data[].description
Facilan™ C8 is designed as a workhorse material for high quality model, prototype and functional prototypes. With better interlayer bonding, smooth surfaces, higher strength than ABS, better impact than PLA, low warping, Facilan™ C8 is a true Additive Manufacturing material made for demanding end-use part applications. Very good compatibility with support material such as PVOH as well as itself with easy removal. Minimum postprocessing if required.

# data[].release_notes
1.9.0: Automatically added support for the Ultimaker S8

# data[].author.description
Innovative Additive Manufacturing materials. Next generation of 3D printing filaments.

# data[].description
Facilan™ HT is an amorphous co-polyester with a high glass transition temperature (100°C), superior to PETG and PLA, as well as a high tensile strength, superior to PETG and ABS. 3D printed parts of Facilan™ HT has a high gloss and a smooth, transparent surface. Facilan™ HT enables more durable parts for heat sensitive applications. Its high strength can optimize 3D designs with low infill for faster print job and thin wall with high rigidity of the parts.

# data[].release_notes
1.8.0: Automatically added support for the Ultimaker S8

# data[].description
FibreTuff Medical Grade filament is a cellulose fiber thermoplastic composition having a bone like look and feel with radiopacity, excellent screw retention, cutting and sawing ability. This filament is biocompatible and can be 3D printed in densities that resemble cortical and trabecular bone to replace cadavers

# data[].release_notes
1.5.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
FibreX™ ABS+GF10 glass fiber reinforced ABS is formulated to be stiff and strong with excellent dimensional stability. These features allow you to create structural parts without the lifting and warping that can often happen with unfilled ABS.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
FibreX™ PP+GF30 is made using a specialty formulated 30% glass fiber reinforced polypropylene copolymer that we created specifically for 3D printing. Our PP+GF30 is ideal when you need improved strength, stiffness, impact, dimensional stability, chemical resistance and high thermal properties.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Established in 2015 and based in The Netherlands.

# data[].description
FilRight Engineering ASA is a very strong, UV- and weather resistant filament. It is a professional industrial grade engineering material that provides mechanical properties seen in ABS but is much easier to print, has perfect layer-adhesion and comes with no-warping technology which ensures a almost warp-free printing experience.
Since it is UV- and weather resistant it is the perfect choice for outdoor, automotive and marine applications.

Unique features:
- UV- and weather resistant
- Easy to print
- No-warp technology 
- Great layer adhesion
- Industrial mechanical properties

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Established in 2015 and based in The Netherlands.

# data[].description
FilRight Pro PLA+ Metallic is a composition of our easy to print Pro PLA+ range with a high concentration of metallic flakes which give your printed parts a beautiful glittering look and barely noticeable layer-transitions. 

Unique features:
- Glitters make the layer transitions barely noticable.
- Glistening gives your parts a unique look.
- Does not damage your nozzle / No hardened nozzle needed
- Prints just like regular PLA

This package will provide the optimized settings for FilRight Pro PLA+ Metallic.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Premium materials made from recycled plastic where possible to reduce waste needlessly going to landfill. Pioneering sustainable materials to reduce the environmental impact of FFF 3D printing. 

# data[].description
Filamentive Acrylonitrile Styrene Acrylate (ASA) with high recycled content is a strong UV resistant material that has minimal warping. Filamentive ASA can be viewed as an improved version of ABS filaments. It is strong, has little to no warp and has the added benefit of UV resistance. ASA is the perfect engineering material for creating components that has the withstand the outdoor environments. 

Available for fine and fast settings using the AA 0.4 core.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Premium materials made from recycled plastic where possible to reduce waste needlessly going to landfill. Pioneering sustainable materials to reduce the environmental impact of FFF 3D printing. 

# data[].description
Filamentive Carbon Fibre is a strong yet lightweight PET-based filament that contains 20% carbon fibre powder. This composite results in a stiff, impact and heat resistant (up to 80°C) filament that has an attractive matte black surface. Ideal for creating functional and mechanical parts, such as RC / drone components. 

Available for fast settings using the CC 0.6 core.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Premium materials made from recycled plastic where possible to reduce waste needlessly going to landfill. Pioneering sustainable materials to reduce the environmental impact of FFF 3D printing. 

# data[].description
Produced from PET waste streams, Filamentive rPETg is a strong and odour neutral material that boasts the strength of ABS and the ease of handling of PLA. This is a perfect all-rounder material for creating strong and durable parts. In addition, rPETg is also safe for food contact*!

Available for fine settings using the AA 0.4 core. 

* Black and white colours only

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Premium materials made from recycled plastic where possible to reduce waste needlessly going to landfill. Pioneering sustainable materials to reduce the environmental impact of FFF 3D printing. 

# data[].description
Filamentive rPLA boasts the same great Polylactic Acid (PLA) features, such as low warping, limited smell and premium print quality while being produced from factory waste streams as opposed to virgin pellets. Users can feel good about reducing the negative environmental impact while still having one of the best print qualities in the market! 

This material is ideal for general prototyping. Available for fine settings using the AA 0.4 core.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Fillamentum is a producer of top-quality filaments. We offer advanced solution for effective
production and superb savings in your business. We are bringing innovative materials and tailor-made solutions to meet our customer needs. Filaments
Fillamentum are developed in-house and distributed in more than 60 countries all around the world.

# data[].data.materials[].adhesion_info
Use glue, to avoid chipping of the glass.

# data[].description
ASA Extrafill by Fillamentum is known for its excellent UV stability and weather resistance. This combination makes ASA the best choice for outdoor applications. ASA Extrafill represents good impact resistance and low moisture absorption. It has also high dimensional stability under demanding conditions. ASA has a rigidity higher than ABS and thus is suitable for demanding application, manufacturing tools, but also for the production of goods of everyday use. ASA Extrafill has low level of yellowing. ASA Extrafill is recyclable. When printing in ASA Extrafill the strong interlayer adhesion is guaranteed as well as lower warping and emission of styrene than ABS.  

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
Firewire® ABS-FR is a premium UL94 V-0 rated ABS that allows for printing of functional prototypes and production parts. This material is ideal for printing electrical housings, connectors, or any part that requires thermal properties [up to 95°C] and flame retardant ABS characteristics.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
Firewire® Flame Retardant PC-ABS is made using a polycarbonate allow with UL94 V-0 ratings. Flame Retardant PC-ABS has improved strength and thermal properties making it ideal for printing of functional prototypes and production parts. This material is ideal for printing electrical housings, connectors, or any part that requires thermal properties [up to 110°C]

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
3D Printing Solutions by Arkema, brings a step change in additive manufacturing’s possibilities. Beyond offering an industry leading portfolio of materials, the engagement of Arkema is about unlocking new perspectives by bringing full solutions and expertise from the customer’s premises to the industrialization.

# data[].description
FluorX filament is made from Arkema’s Kynar® PVDF.  It is a tough semi-crystalline fluoropolymer formulated for printability and is a great option for parts subjected to some of the harshest conditions like solvents, acids, fire, UV radiation, and more.  To purchase filament visit 3DXTech: https://www.3dxtech.com/fluorx-3d-printing-filament-made-using-kynar-pvdf/ 

# data[].release_notes
1.5.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
FluorX™ PVDF [Polyvinylidene Fluoride] is made using Arkema Kynar®. PVDF is an excellent choice for applications that require chemical resistance, high-heat resistance, and superior abrasion resistance.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Manufacturing Fluorinar™ 3D Print Filaments from Arkema's Kynar® PVDF.

# data[].description
Fluorinar-C™ is made from Arkema's Kynar Flex® PVDF.  Key Fluorinar-C™ advantages include:
 * excellent toughness and abrasion resistance
 * extreme chemical compatibility
 * zero flame propagation
 * resistant to long-term UV exposure
 * high temperature use up to 150 C
 * low extractables
 * ISO 10993 certified
Print parts with zero warping for process-critical applications using Fluorinar-C™.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].description
Galaxy PLA is a deep metallic coloured PLA range - based on our EasyFil PLA compound - with an incredibly high amount of silver aluminium-flakes added. The high added aluminium-flake content gives a beautiful sparkling, reflecting and glittering finish to Galaxy PLA printed objects.
Due to the high amount of silver aluminium-flakes added to the Galaxy PLA compound you can 3D print beautiful shimmering objects without visible layers and subtle colour shadings and radiance. Even though its high silver-aluminium-flaked content Galaxy PLA is not abrasive to the nozzle of your 3D printer.

Unique features
•	Extremely glittering & shimmering surface finish
•	3D print objects without visible layers
•	Not abrasive to the nozzle of 3D printers
•	Incredibly deep coloured 3D printer filament
•	Very easy to print
o	Warp-free printing and no deformation after cooling
o	Improved flowing behaviour and inter-layer adhesion
o	Good first layer adhesion to several (un)heated print surfaces

AA0.4 + Fast

# data[].release_notes
3.3.0: Automatically added support for the Ultimaker S8

# data[].data.materials[].adhesion_info
same temperature/method as build material

# data[].description
The generic BAM profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].description
The generic CFF CPE profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].description
The generic CFF PA profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].data.materials[].adhesion_info
Use glue for small prints. An adhesion sheet is recommended for larger prints.

# data[].description
The generic CPE+ profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].description
The generic GFF CPE profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].description
The generic GFF PA profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].description
The generic PP profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].description
The generic TPU profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].data.materials[].adhesion_info
Print on bare glass. Use tape for cold build plates.

# data[].description
The generic Tough PLA profile which other profiles can be based upon.

# data[].release_notes
1.4.0: Automatically added support for the Ultimaker S8

# data[].author.description
taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

# data[].description
Glass Fiber Alloy Nylon is a custom blend from taulman3D designed to address application needs around thermal resistance and wear resistance.  The material prints easily ~255C with an excellent surface finish.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
(1) Easy print 
(2) Low temp print, about 210°C
(3) Print speed:40mm/s

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
(a) Next Print Breakaway is a support material for multi-extrusion 3D printing.
(b) Breakaway supports can be quickly removed and do not need further post-processing to give a smooth finish to your 3D print.
(c) Breakaway provides good adhesion to most of the Ultimaker PLA material range.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
Hytrel® 3D41000FL, a polyester elastomer with shore D60 hardness

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
Innovatefil PA CF is a filament with a high mechanical strength and excellent performance at high temperatures. The combination of polyamide and carbon fiber allows large objects to be printed without deformation. This filament is especially indicated for a professional user who requires a plus of quality in the printing pieces and they are required to be fit for end use.

Required nozzle: CC 0.6

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
Innovatefil TPU Hardness +, is a thermoplastic polyurethane that combines hardness, elasticity and mechanical resistance, thus maintaining
all the advantages of this elastomer so that we can manufacture completely rigid parts. 

Required nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
PET with Carbon Fiber (20%)
Supported cores: CC 0.6

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We're working to give everyone the power to make anything

# data[].data.materials[].adhesion_info
Use the same temperatures and adhesion method as your build material(s).

# data[].description
Hi-Temp Hybrid Support Material. Successfully print beautiful, intricate 3D models in high temperature filaments like NylonX without painstaking post-processing. This hybrid-support material was designed specifically for nylon filaments and other advanced high temperature materials. No need to use same material supports that are a hassle to remove and run the risk of damaging your print’s surface finish. With Ionic, you have filament that is rigid enough to print reliable supports for advanced materials, but also pliable enough to be easily removed manually. It can also be dissolved away in water.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Northbridge New Material Technology
is an FDM & SLA material
manufacturer and 3D printing solution
provider

# data[].description
PLA txt 8.2- magic offers an awesome spots texture finish that looks like rocks from real life.  Different from normal PLAk5 series, PLAtxt8.2 - magic offers a variety of final finish to make your prints more realistic and lively. We believe our magical filament will take you to a colorful, magical, and realistic kingdom. 

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya ABS Carbon 3D filament belongs to the styrenic polymer family. Acrylonitrile-butadiene-styrene-carbon (ABS Carbon) is a mixture of ABS and carbon fibers. The carbon fibers give the filament improved rigidity compared to a standard ABS. This filament is highly valued by manufacturers of drones and by modeling aficionados. It is also used to make tools. The Kimya ABS Carbon 3D filament has the following properties:

No shrinkage
Better tensile modulus than ABS-S
Less warpage than ABS-S
Complies with the REACH standard

# data[].release_notes
2.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya ABS Kevlar 3D filament belongs to the styrenic polymer family. Acrylonitrile Butadiene Styrene Kevlar (ABS Kevlar) is a composite filament enriched in aramid fibers. It offers properties that are superior to a standard ABS. It provides the printed parts with increased resistance to abrasion. It is used for finished parts and tools. The Kimya ABS Kevlar 3D filament has the following properties:

Low warpage – compared to ABS-S-
Lighter-weight printed parts – compared to ABS Carbon-
Complies with the REACH standard

# data[].release_notes
2.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya ABS-EC 3D filament belongs to the styrenic polymer family. Acrylonitrile Butadiene Styrene electrical conductor (ABS-EC) is a combination of ABS and electrically active additives: carbon nanotubes. ABS-EC is resistant to impact, heat and ageing. It is used in the automotive and electronics industries. The Kimya ABS-EC 3D filament has the following properties:

Good resistance to impact
High temperature resistance
Electrical conductivity
Complies with the REACH regulation and the RoHS directive

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
Material type: ABS ESD
Target application: Industrials, ATEX, Electrotechnics
Material Properties: Impact Resistance, Easy to Print, Electrostatic Discharge Protection, Colorable

# data[].release_notes
2.6.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
Kimya ABS-R 3D filament is a standard ABS based on 100% post-consumer recycled material from a recycling company based in France. Its use contributes to the development of a circular economy by reducing the emission of C02, the consumption of water and electricity as well as the oil resources necessary for its production. Acrylonitrile butadiene styrene (ABS) is a thermoplastic polymer combining lightness, high impact resistance and good temperature resistance. ABS is suitable for functional prototyping, enclosure applications in industries such as appliances, telephony, automotive, hardware and toys.

Better heat resistance than PLA (around 90°C)
Good impact resistance
Made from 100% post-consumer recycled ABS – reduced environmental impact
Compliant with REACH regulation and RoHS directive

# data[].release_notes
1.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The 3D filament Kimya ABS-S belongs to the styrenic polymer family. Acrylonitrile butadiene styrene (ABS) is a thermoplastic polymer offering high impact resistance and is relatively rigid and lightweight. Due to its excellent surface appearance and decorative qualities (it can be easily colored), ABS is widely used in outer casing applications in sectors such as domestic appliances, telephony, IT equipment and toys.

Impact resistance
Higher heat resistance than PLA (around 90°C)
A filament that can be used in all 3D printers on the market
Large formats from 5kg to 10kg and different colors available on request
Food contact certified under EU 10/2011 and FDA 21 CFR (white only)
Complies with the REACH regulation and the RoHS directive

# data[].release_notes
2.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The 3D filament Kimya ASA-S belongs to the styrenic polymer family. Acrylonitrile styrene acrylate (ASA) is an opaque thermoplastic terpolymer. ASA offers properties close to ABS but is suitable for long-term external use. Its resistance to climatic conditions provides it with durability over time. ASA is notably used in the automotive industry.

High weather resistance
High UV resistance
Complies with the RoHS and REACH standards

# data[].release_notes
3.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya HIPS-R 3D filament belongs to the styrenic polymer family. This High Impact PolyStyrene (HIPS) is a thermoplastic formulated from recycled materials and which –despite being recycled– boasts good resistance to impact and heat.  It is highly impermeable, enabling it to be used in container applications free of any leakage. HIPS-R has another property distinguishing it from all other filaments: its solubility in D-limonene. Indeed, it can be used as a supporting material.  It is used in the manufacture of packaging and also household appliances. The Kimya HIPS-R 3D filament has the following properties:

Good impact resistance
100% made from recycled materials
Soluble in D-Limonene
Complies with REACH and RoHS standards

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya PA6-CO filament is a co-polymer based on a Nylon 6 grade. This unfilled polyamide has excellent tensile strength and very low warping behavior. Unlike other polyamide filaments on the market the PA6-CO is very easy to print and can be used seamlessly on open chamber 3D printers. It is the perfect standard polyamide go-to thanks to its inherent polyamide properties of high mechanical, chemical and  heat resistance. Due to the general moisture sensitivity of polyamides, the filament must be dried before printing.

Excellent printability even on open chamber printers
Low warping
Good wear resistance

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya PC-S 3D filament is an amorphous thermoplastic. Polycarbonate (PC) is a transparent plastic. It offers high resistance to heat. It is solid and is suitable for demanding applications. It is well suited to a variety of applications such as the production of parts in the automotive, engineering and aerospace sectors, as well as for producing hulls, helmets, toys, electronic items, etc. The Kimya PC-S 3D filament has the following properties:
- Can be sterilized
- Resistant to heat (up to 140°C)
- Food contact certification EU 10/2011, FDA 21 CFR
- Complies with the REACH regulation and the RoHS directive

# data[].release_notes
1.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya PEBA-S 3D filament is a thermoplastic elastomer. Polyether block amide (PEBA) is produced via polycondensation of a carboxylic acid polyamide with an alcohol-terminated polyether. PEBA, based on PEBAX by Arkema, is very flexible: it has the best elongation % in the range (>550%).  It can be used to make shoe soles or other sports equipment (cycling, golf, American football helmet) as it offers substantial energy return. The Kimya PEBA-S  3D filament has the following properties:

Flexibility (>550% tensile elongation at break)
Impact resistance
Complies with the RoHS and REACH standards
Food contact certification EU 10/2011and FDA 21 CFR 
2-year ARMOR warranty.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya PETG Carbon 3D filament is a mixture of PETG and carbon fibers. The addition of carbon fibers to PETG provides high levels of mechanical performance. Thanks to its rigidity, the PETG Carbon is highly valued in the production of special parts, notably in the paramedical and automotive fields. The Kimya PETG Carbon 3D filament has the following properties:

High rigidity
Improve ratio between: Ease of printing / Rigidity
Complies with the REACH standard

# data[].release_notes
3.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
Kimya PETG-R (“-R for recycled”) 3D filament is formulated using materials from the industrial waste of a luxury and medical packaging products company. It is recycled and has comparable technical properties to our PETG-S (“-S for standard”) filament.

The Kimya PETG-R recycled 3D filament has the following properties:

Contains at least 95% post-industrial recycled materials for the non-translucent colored version (100% for the translucent natural version)*
Mechanical properties similar to PETG-S
Odorless
Easy to print
100% French recycled material

# data[].release_notes
2.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The 3D filament Kimya PETG-S is produced via copolymerization with PET. Polyethylene terephtalate glycol (PETG) is a saturated polyester polymer. It offers a perfect balance between flexibility and mechanical resistance and enables items to be produced with higher translucidity. Manufacturers use PET to produce bottles, food containers, credit cards and loyalty cards. The 3D filament Kimya PETG-S has the following properties:

- Odorless
- Offers a perfect balance between flexibility and mechanical properties
- Food contact certified under EU 10/2011 and FDA 21 CFR (natural color only)
- Complies with the RoHS and REACH standards

# data[].release_notes
3.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The 3D filament Kimya PLA-R is a recycled and biodegradable polymer: this biosourced homopolymer can be obtained from corn starch. Polylactic acid (PLA) is a natural alternative to polyethylene. It is easy to print and is odorless. The 3D filament Kimya PLA-R can be used in industrial applications, notably packaging, and also in domestic applications:  creation of everyday objects, toys, prototypes and for use in modeling. It offers the following properties:

- Easy to print
- Odorless
- Glossy finish
- Contains minimum 95% of recycled material (material that itself is obtained from 100% natural PLA-R)
- Eligible to the EN 13432 and EN 14995 standards (PLA-R Natural)
- Complies with the REACH standard

# data[].release_notes
2.4.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya TPU-92A 3D filament belongs to the thermoplastic polyurethane (TPU) family. It offers good resistance to heat and to the external environment as well as a Shore hardness of 92A. It can be used to print flexible, resistant parts. The Kimya TPU-92A 3D filament is used in the food, electronics, automotive and consumer goods sectors. It offers the following properties:

Flexibility
Resistance to abrasion
Food contact certification EU 10/2011 (black, blue and white) and FDA 21 CFR (blue and white)
Complies with the RoHS and REACH standards
2-year ARMOR warranty.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya TPU-R 3D filament belongs to the polyurethane family. Thermoplastic “-R” polyurethane (TPU-R) is formulated using recycled materials. It is a translucent filament with good elasticity. Furthermore, it offers a Shore hardness of 92A. It is used to print resistant and flexible parts. The Kimya TPU-R 3D filament is used in the electronics, automotive and consumer goods sectors. It offers the following properties:

Flexible
100% made from recycled materials
Complies with the REACH standard

# data[].release_notes
2.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from KIMYA for ULTIMAKER Printers

# data[].description
The Kimya Tough PLA-HI 3D filament  is a biosourced polymer obtained from corn starch. Polylactic Acid -HI (PLA-HI) is a “High Impact” filament offering increased impact resistance: it was formulated to be four times more resistant to impact than standard PLA. PLA is easy to print and is odorless. It can be used to create functional prototypes, spare parts, architectural models and in other forms of modeling. The Kimya Tough PLA-HI 3D filament has the following properties:

Easy to print
Impact resistance
Odorless
Biosourced material
Food contact under EU10/2011
Toy safe EN71:3 standard
Complies with the REACH regulation and the RoHS directive

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LUVOCOM 3F 
Additive Manufacturing Solutions

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This material is a sustainable PA6 produced based on Aquafil's chemically recycled PA6, ECONYL®.
It is not only sustainable, but it can also be sent back enabling a full circular economy for the additive manufacturing for the first time.

In order to enable its chemically recycling by Aquafil we are not able to add additives to control water uptake and therefore this material must be used in combination with Drywise, an in-line drying solution.

Magigoo PA is advised to increase build plate adhesion.

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LUVOCOM 3F 
Additive Manufacturing Solutions

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LUVOCOM 3F PAHT 9825 NT - Engineering Settings

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LUVOCOM 3F PAHT 9825 NT is an Ultimaker Certified material. Please find more info on https://ultimaker.com/materials/ultimaker-certified-materials 

TÜV SÜD Reproducible AM Build Process Certified Profile

Unreinforced PAHT, natural color;

- Designed for industrial applications;

- PA6 based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or oozing, please dry the material at 70 °C for >5 hours;

- 3D lac or similar, glue or BuildTak or similar are recommended to improve 1st layer adhesion.

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LUVOCOM 3F PAHT 9825 NT - Engineering Settings

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Unreinforced PAHT, natural color;

- Designed for industrial applications;

- PA6 based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or oozing, please dry the material at 70 °C for >5 hours;

- 3D lac or similar, glue or BuildTak or similar are recommended to improve 1st layer adhesion.

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Unreinforced PAHT, black color;

-Designed for industrial applications;

-PA6 based material, easy to print with low warping and increased layer adhesion;

- Magnetically Detectable from 2 x 2 x 2 mm³.

- Food contact safe According to EU and FDA Regulations.

-Please keep the material in a dry environment to prevent water uptake;

-If the material shows bubbles, rough surface or oozing, please dry the material at 70 °C for >6 hours;

-Magigoo PA or similar is recommended to improve 1st layer adhesion.

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Carbon Fiber Reinforced Material (15%);

- Designed for industrial applications;

- ESD;

- PA6 based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or present oozing, please dry the material at 70 °C for >3 hours.

- 3D lac or similar, glue or Buildtak or similar are recommended to improve 1st layer adhesion

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Carbon Fiber Reinforced Material (15%);

- Designed for industrial applications;

- PA12 based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or present oozing, please dry the material at 70 °C for >5 hours.

- 3D lac or similar, Magigoo PA or Buildtak or similar are recommended to improve 1st layer adhesion

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Hollow Glass Spheres reinforced;

- Low density material, ideal for lightweight parts;

- Designed for industrial applications;

- Electrically insulator;

- PA6 based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or present oozing, please dry the material at 70 °C for >8 hours.

- 3D lac or similar, glue or Buildtak or similar are recommended to improve 1st layer adhesion

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Ceramic Spheres reinforced;

- Flame-Retardant material. V-0 at thickness ≥ 0.4 mm;

- Designed for industrial applications;

- Electrically insulator;

- PA6 based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or present oozing, please dry the material at 70 °C for >5 hours.

- 3D lac or similar, Magigoo PA or Buildtak or similar are recommended to improve 1st layer adhesion

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1.2.0: Automatically added support for the Ultimaker S8

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LUVOCOM 3F 
Additive Manufacturing Solutions

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- Carbon Fiber Reinforced Material (15%);

- Designed for industrial applications;

- PET (not PETg) based material, easy to print with low warping and increased layer adhesion;

- Please keep the material in a dry environment to prevent water uptake;

- If the material shows bubbles, rough surface or present oozing, please dry the material at 70 °C for >6 hours.

- 3D lac or similar, glue or Buildtak or similar are recommended to improve 1st layer adhesion

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2.3.0: Automatically added support for the Ultimaker S8

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LUVOCOM 3F 
Additive Manufacturing Solutions

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LUVOCOM 3F PP 9929 NT is non-filled polypropylene copolymer with very high impact strength. 

It has good UV resistance designed for outdoor applications. 

Please use Magigoo PP for the best printing experience.

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Emery Oleochemicals' Green Polymer Additives Business Unit has developed novel additives and binders for 3D printing of sinterable metals and ceramics via fused deposition modeling. The successful development of such materials for 3D printing stems from more than 30 years of experience in developing additives and binders for the thermoplastic processing of sinterable metals and ceramics via Powder Injection Molding (PIM). The mixing of metal or ceramic powder with binder generates the feedstock. Green Polymer Additives also offers customized solutions to meet customer-specific requirements for their 3D printing processes. 

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MC3290 is a 316L feedstock filament for fused deposition modelling, containing a high content of 316L metal powder (more than 90 percent by weight). The 3D printed green part is debound in acetone solvent to remove certain components of the polymer binder. Afterwards, the part goes through a thermal process to remove the remaining polymer binder. Finally, a sintering process is carried out at the required temperature of the metal to obtain the complete metal component. This package contains the printing profile for printing MC3290 on the Ultimaker S5 3D printer. It is important to loosen the dual-gear force on this filament during printing to allow for filament transport without breaking the filament.  Additionally, 0.6 mm diameter nozzle should be used for printing, preferably hardened nozzle.

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Proto-pasta Rustable Magnetic Iron Metal PLA Composite is actually ferromagnetic. It responds to magnets and behaves similarly to pure iron! Encapsulated in plastic, the iron maintains a stable matte, cast metal finish as printed, but can be rusted when desired. 

-Weighted feel with 1.5x the density of standard PLA
Rustable to create modern artifacts in a few easy steps

-Attracts magnets

-Induction at magnetic saturation about 0.15 Tesla 
Relative (to air) 

-Permeability - between 5 and 8 independent of frequency up to 1 MHz

-Permeability - between 62E-7 and 100E-7 H/m independent of frequency up to 1 MHz

Magnetic Iron filament is more abrasive than standard PLA and may require nozzle replacements and 1st layer adjustments. (try a wear-resistant and/or larger diameter nozzle for increased service intervals)

Supported Cores/Qualities: CC 0.6, Standard .15mm

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MatX believes what Nelson Mandela ever sad: It always seems impossible until its done.

MatX has experts from all over the world, and together we have developed incredibly important functional and smart materials. 

The MatX team is a combination of senior and young professionals. This combination brings experience and fresh, new knowledge to a higher level. We believe that this is perfect combination.

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The MatX antimicrobial technique in AMBX PLA ensures a >99.99% effectiveness against bacteria, and that with a natural ingredient, AMBX PLA is biocide free. Bacteria that encounter the biocide free material will have hardly any chance of survival and the material will continuously inhibit the growth of microbes on the surface or between the layers. 

Objects that are 3D printed with AMBX PLA are resistant to bacteria, viruses (incl. SARS-CoV-2, Corona virus), molds and biofilm. This technique does not fade or leach out (migrate) over time and has been extensively measured and tested according to ISO 22196 and JIS Z2810 (*1). 

This PLA based filament prints like any premium PLA but with it's unique property of being antimicrobial. AMBX PLA by MatX can be used for a wide variety of applications, functional or prototype and ensures a more safe, clean and hygienic 3D printed object for humans, animals and the environment, including medical purposes.

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Made with plant fibers, but reminiscent of Ceramic, Marble, or Limestone, White Matte Fiber HTPLA brings a superb finish to both artistic and technical parts with no special hardware required. 

Based on Proto-pasta HTPLA, this Matte Fiber version can be heat treated to retain more stiffness to higher temperatures and dimensional stability is improved compared to HTPLA without fibers. 

The plant-based fibers also improve the adhesion of glues and coatings.

Performance is similar to Carbon Fiber HTPLA but the processing of Matte Fiber does NOT require a wear-resistant nozzle.

Supported Cores/Qualities: AA 0.4, Standard .15mm

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Quality materials from Fiber Force Italy.

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Nylforce CF is an engineering grade nylon filament reinforced with high content of carbon fibers (approximately 20% by weight).

Properties/strengths
- High durability, dimensional stability and low warping given by the infused carbon fibers.
- Increased tensile strength, stiffness and impact resistance, over its very low density.
- Heat deflection temperature over 150°C
- No post processing required, due to its excellent matte surface finish that hides the layers.

Nylforce CF is easier to print than unloaded nylons, thanks to the infused carbon fiber that reduces warp and improves dimensional stability.

Nylforce CF is not as hygroscopic as unloaded nylons, but still moisture sensitive, so drying system are not strictly necessary, but suggested and useful for long prints.
Suggested drying conditions: 70-80°C for 4-6 hours.

Adhesion methods: 
- 90°C for glass bed with Magigoo PA glue.
- 70°C for glass bed with PVA based glue.

Supported cores: CC 0.6

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Quality materials from Fiber Force Italy.

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Nylforce GF is an engineering grade nylon filament reinforced with high content of glass fibers (approximately 18% by weight).

Properties/strengths
- High durability, dimensional stability and low warping given by the infused glass fibers.
- Increased tensile strength, stiffness and impact resistance, over its very low density.
- Heat deflection temperature over 160°C
- No post processing required, due to its excellent surface finish that hides the layers.

Nylforce GF is easier to print than unloaded nylons, thanks to the infused glass fiber that reduces warp and improves dimensional stability.

Nylforce GF is not as hygroscopic as unloaded nylons, but still moisture sensitive, so drying system are not strictly necessary, but suggested and useful for long prints.
Suggested drying conditions: 70-80°C for 4-6 hours.
Adhesion methods: 
- 90°C for glass bed with Magigoo PA glue.
- 70°C for glass bed with PVA based glue.

Supported cores: CC 0.6 

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taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

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Nylon 230 has a Lower Printing temperature (230C-238C) and is a standard Nylon 6 with out chemical additives.

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taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

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Nylon 680 is a high-end super strong medical grade nylon made with an FDA approved polymer. Designed for use in a wide range of industries, including medical, dental, food processing, and robotics. Nylon 680 is compatible with sterilization procedures, has FDA approval for indirect food contact and is designed to have superior strength and physical attributes when compared to consumer-grade materials currently on the market.

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We're working to give everyone the power to make anything

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NylonG is an engineering grade nylon filament reinforced with glass fiber (approximately 20% by weight), creating a high-strength filament capable of printing durable, stiff, impact resistant functional parts.

By adding micro-glass fibers to nylon, you get a tough filament capable of printing parts with stiffness, impact resistance, and high tensile strength. Its low density gives you high tensile strength-to-weight ratio, and a heat deflection temperature of 160C.

Glass fiber adds stability and rigidity resulting in reduced warp and improved dimensional stability. Printing with NylonG is easier than printing with traditional nylon while providing parts that are stiffer, stronger, lighter, and more impact resistant.

NylonG prints with a beautiful matte finish that requires no post-processing. The glass fibers make the layer lines virtually disappear, giving you an excellent surface finish even with larger layer heights.

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We're working to give everyone the power to make anything

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NylonX is an engineering grade nylon filament reinforced with carbon fiber (approximately 20% by weight), creating a high-strength filament capable of printing durable, stiff, impact resistant functional parts. 

By adding micro-carbon fibers to nylon, you get a tough filament capable of printing parts with stiffness, impact resistance, and high tensile strength. Its low density gives you the highest tensile strength-to-weight ratio of any material available. 

Carbon fiber adds stability and rigidity resulting in reduced warp and improved dimensional stability. Printing with NylonX is easier than printing with traditional nylon while providing parts that are stiffer, stronger, and lighter. 

NylonX prints with a beautiful matte finish that requires no post-processing. The carbon fibers make the layer lines virtually disappear, giving you an excellent surface finish even with larger layer heights. 

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Not your everyday PLA, HTPLA v3 offers the ease of PLA printing with exceptional quality, compatibility, reliability, durability, performance, and finish. Proto-pasta's Premium HTPLA v3 is our own unique formulation based on extensive in-house testing and our industry-leading experience working with heat treatable PLA. V3 HTPLA also offers a more consistent flow with less tendency towards clogging compared to PLA. 

PLA and HTPLA as printed, though both adequate performers in an office environment, have poor temperature stability, loosing significant stiffness at temperatures not much above 50C. Different than standard PLA, HTPLA is designed to survive heat treating for higher temperature stability in a no/minimal load condition to near melting. 

Supported Cores/Qualities: AA 0.4, Standard .15mm

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2.2.0: Automatically added support for the Ultimaker S8

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Proto-pasta Carbon Fiber PLA is based on our easy printing, high-quality PLA. CFPLA prints are demonstrably more rigid with easy processing (often using standard PLA settings) and support removal. Excellent layer adhesion and minimal warpage even without a heated bed make this a great everyday material for accurate parts. Layer lines disappear with the beautiful matte black finish.  Also has a slight sheen due to the embedded carbon making it very photogenic!

Supported Cores/Qualities: CC 0.6, Standard .15mm

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The PPprint GmbH concentrates exclusively on polypropylene as the material for extrusion-based additive manufacturing. The company offers products for successfully 3D printing of PP for industrial applications and consumer use. 

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The polypropylene filament ‘P-filament 721’ offers excellent 3D printing performance with low warpage and shrinkage combined with extremely high layer adhesion. Printed parts of ‘P-filament 721’ are very break-resistant, have very good mechanical properties, excellent chemical resistance, good temperature stability, and low friction resistance. Due to its low density, it is excellently suited for lightweight construction. Applications ranging from technical components to individualized decorative and art objects to toys can be realized. The food safety of the PP starting material used opens up additional possibilities.

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Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

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Jabil’s PA 0600 filament is a polyamide/polyketone alloy with high stiffness, good wear resistance, low friction and self-lubricating characteristics. The high stiffness and self-lubricating qualities make post-print machining, such as fly cuts, thread taps and heat stakes, simple and effective. 

Compared to other tribologically similar polymers such as POM and PVDF, which are commonly used for similar applications, Jabil PA 0600 releases no odors or toxic fumes during processing, exhibits low warp and has similar dynamic and static coefficient of friction.

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Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

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PA 4035 CF is an ESD safe carbon fiber PA12 copolymer which provides greater stiffness, strength and toughness over similar products on the market.The high carbon fiber loading provides superior tensile strength and modulus while the PA12 base promotes relatively high ductility and ease of handling. Special formulation and processing reduce filament breakage during loading and printing. PA 4035 CF prints on any open-source desktop filament 3D printer.

PA 4035 CF is well suited for printing ducting in automotive and aerospace applications, casting patterns, composite tooling and prosthetics. For demanding applications within the aerospace and automotive industries, the filament provides high heat deflection temperatures. The dimensional stability also increases compared to standard nylon due to the additional of carbon fiber. In addition, PA 4035 CF increases stiffness and strength in load bearing orientations while showing less warping than standard nylon.

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Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

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PA 4500 Filament is a low warp, neat Nylon copolymer that has good lay flat/low warp properties, excellent appearance, strength in both XY and XZ directions, toughness, and can be used at lower processing temps (260-280° C). 

Along with better printability, PA 4500 Filament also delivers better appearance, 100% elongation at break and better overall strength compared to other commercial PA’s and products like PETg and PLA.

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Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

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PA 4535 CF is among the strongest PA co-polymer carbon fiber filaments available on the market, delivering increased strength and stiffness. PA 4535 CF has the highest carbon fiber loading available in the industry, providing 40% improvement in tensile strength, impact strength, Z strength and elongation at break, with the added benefit of being ESD safe.

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Circular use of SmartAgain® - the high performance polyamide and polyolefin alloy

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SmartAgain® is a super-fine-crystal alloy which combines the advantages of Nylon (mainly PA6) and Polyolefin (mainly PP) polymers.

The printed object is strong but not rigid, with excellent hydrolysis, electrical, thermal, and chemical resistance.

It is has broad application experiences such as: general-purpose engineering parts;  electrical insulators; manufacturing rigs, jigs and pucks; functional models; medical devices; orthotic treatment braces; liquid tight bottles, containers; and but not least delicate chemical resistant parts.
 
Aesthetically, it has a special optical feature: the printed lines are hardly visible, which is unique for miniatures, scale models, toys, and decorative elements. 

Bed adhesion: Solvent-free, water-washable office glue stick. Recommended brands: Tesa® (best performed), UHU® stic and Scotch®. 

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2022.5.0: Automatically added support for the Ultimaker S8

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Ensinger produces filaments made from high temperature plastics and offers application advice to all issues around additive manufacturing.

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To enable printing of engineering plastics we developed and qualified our TECAFIL PA6 GF30 filament, a nylon 3D printer filament reinforced by 30% of glass fiber. To close the gap between standard and high temperature plastic filaments Ensinger manufacture enhanced PA6 filament, which is categorized as an engineering thermoplastic filament.

Thanks to its good tensile strength, high stiffness, compressive strength and impact strength this glass filled nylon filament enables a huge range of applications, for example structural parts or applications with high static loads over long periods in high temperature conditions. Especially wherever high stiffness and strength is a key requirement, such as in automotive, electronics or mechanical industries our nylon 3D filament fits perfect to your end use part.

We recommend to dry the material at 80°C for 8h minimum before printing. The use of  glue / adhesion method is necessary. Magigoo PA or a standard glue stick promises good adhesion.

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Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

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PC 1500 FR is a flame-retardant, easy printing polycarbonate manufactured with FR UL V-0 material. The material is perfect for parts that require strength, stiffness and impact resistance along with flame retardancy. 
 

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LATTICE SERVICES provides its own procedures for research teams
We are specialized in polymer-based tissue engineering projects and implantable medical devices. For this, we have developed different types of 3D printing filaments using medical polymers with the aim of providing the best performance.
These absorbable and implantable filaments are manufactured in our facility.

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Polycarbonate is an amorphous thermoplastic known for its very high strength and resistance to high temperatures. The PC filament is made from granules complying with ISO 10993-5 certification for skin contact, it is also autoclavable and can be used in the operating room for guided surgeries. This filament is generally used for printing 3D parts such as surgical guides and cutting guides or medical instruments.

Tip :
For good quality printing, we recommend that you keep your printer closed. And keep the heating build plate at a temperature of 140°C. This will prevent warping problems.
It is possible to use glues, but be sure to use a raft in this case. Glue can be irritating in the case of parts printed for skin contact applications.
Tip 2:
It is advisable to print parts with a volume that is not too large. The further the print layers are from the build plate, the greater the thermal dilatation phenomenon. 

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With over 30 years experience in customer service, design engineering and manufacturing, DELRAY Systems was created to assist companies with new technology and training for advanced manufacturing. We researched and carefully selected partners that have the same high standards of quality commitment for serving our customers and the manufacturing community. The name, DELRAY has a long history of providing the industrial infrastructure necessary for manufacturing growth in America.

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 PC-ABS is an incredibly strong filament with an even higher impact resistance than our regular ABS. This is a consequence of the addition of the proper amount of polycarbonate in this modification, which also creates a nearly perfect interlayer adhesion and a beautiful surface gloss. The above features, combined with a highly stable printing process makes PC-ABS the perfect material for mechanical parts and tools, which should be light and strong and show minimal wear after prolonged use.

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With over 30 years experience in customer service, design engineering and manufacturing, DELRAY Systems was created to assist companies with new technology and training for advanced manufacturing. We researched and carefully selected partners that have the same high standards of quality commitment for serving our customers and the manufacturing community. The name, DELRAY has a long history of providing the industrial infrastructure necessary for manufacturing growth in America.

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PC-ABS V0 is a halogen-free flame retardant filament meeting the UL-94 V0 standard. Even though the high content of PC, for superb interlayer adhesion and dimensional accuracy, PC-ABS V0 still prints at ABS-like temperatures. A perfect solution in case self-extinguishing properties is required for your printed objects.

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Essentium is fundamentally changing how things are made. As innovators in both materials and production platforms, Essentium is disrupting traditional manufacturing processes by bringing strength and speed together, at scale, with a no-compromise material set. We are committed to creating industrial solutions for the world’s top manufacturers and bridging the gap between 3D printing and machining. Learn more at Essentium3d.com.

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Use Dimafix, PVA spray, Magigoo for adhesion.

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Essentium Z PCTG is an all-purpose material for ESD safe electronic jigs and fixtures. It is non-marring, and has an excellent surface finish. It is strong enough for lightly loaded fixtures, and very well suited for applications such as handheld tools, general assembly fixtures for electronics, robotics and automation components, and parts for explosion proof environments.

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taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

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PCTPE stands for "Plasticized Copolyamide TPE" or a chemical co-polymer of highly flexible nylon and TPE (thermoplastic elastomer) . PCTPE has several unique features that allow any user to print a highly flexible part with the added durability of our nylon polymers. This combination of polymers was developed specifically to allow anyone using current FFF 3D Printers to print parts from durable prosthetics to complete cosplay wearable outfits, cell phone enclosures as well as highly flexible utility/industrial parts. The flexibility of PCTPE means that the end parts will have the smooth lustrous texture of nylon, and the added flexibility offered by a rubber like TPE.

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1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
With over 30 years experience in customer service, design engineering and manufacturing, DELRAY Systems was created to assist companies with new technology and training for advanced manufacturing. We researched and carefully selected partners that have the same high standards of quality commitment for serving our customers and the manufacturing community. The name, DELRAY has a long history of providing the industrial infrastructure necessary for manufacturing growth in America.

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​PET-G is a strong, high clarity, odor neutral and easy to print filament for 3D printing. These characteristics, together with the high impact strength, excellent flexibility, and practically no shrinkage make PET-G an excellent material which combines the advantages of both PLA and ABS. In short, PET-G has many great features and is the perfect addition to any filament assortment.

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Filkemp started in 1998 as a spin-off from the monofilaments department set up in the 70s by a subsidiary of the multinational Hoechst AG, in its day a world leader in the chemicals and pharmaceuticals. Currently Filkemp holds a global leading position in the production of PET, PA6, PA610, PA612 and various combinations of special polymers and copolymers, which act as a base in the production of technical polymers for the paper industry, conveyor belts or industrial filtration, abrasive brushes, recreational and commercial fishing, tennis racket strings, mooring lines, agriculture and, most recently, filaments for 3D printing. 

# data[].description
PETG is a “user friendly” filament due to its easy printing. With a speed 20% higher when compared with PLA and with very good thermic stability, it allows the printing of transparent parts with an excellent thermic and mechanical resistance.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Material4Print is a german producer of high quality filaments. 

# data[].description
PETG stands for polyethylene terephthalate modified with glycol. PETG filament is superior to other filaments in many properties. It combines the positive properties of PLA and ABS. PETG is also compatible with all common 3D printers. In contrast to PET (known from PET bottles), PETG becomes more liquid when melted, which is why it is suitable for the FDM process.
PETG is very tough, has strong mechanical properties, is flame retardant and resistant to many chemicals. PETG is also food safe in its pure form and is almost as easy to print as PLA. The glycol gives the PETG a lower viscosity (thickness of a substance), which is why the filament is more fluid and therefore faster to print.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are a company whose objective is to offer the best filament products and services in the 3D printing sector. The brand was born from the market's need to find a partner, an accomplice in business that customers can trust.

Our main hallmarks are the corporate colors (purple, biche green and white) that represent passion, joy and transparency as fundamental values of the brand; in addition to our company philosophy, by which we define ourselves as a ‘cool’ brand capable of understanding and promoting the needs of our customers. For all these reasons, Winkle is a brand with clear differential advantages within the sector.

# data[].description
Our PETG filament (1.75mm or 2.85mm) is a filament manufactured in Spain for 3D printers with FFF / FDM technology. PETG is polyethylene terephthalate, with a modifier (Glycol-modified), which makes a change in the chemical structure that makes it more transparent, less brittle and easier to print.

Our PETG improves on ABS in being resistant and easier to print with the peculiarity of melting at a higher temperature. Regarding PLA, it is more resistant in temperature and physical properties, being its printing more complex.

PETG is characterized by having very good mechanical properties. It has more elasticity, is more resistant to impacts, has more adhesion between layers and is more resistant to temperature compared to PLA.

In order to preserve the properties of our product, they are packed in a sealed bag to protect it from moisture and UV rays. This makes PETG a perfect and affordable material for your projects that require a leap in quality compared to conventional PLA.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Leading 3D Printing Filament manufacturer in Brazil since 2013. Many filaments are developed in our own laboratory, such as FRP 193, PLA Basic, PLA EasyFill, Tritan HT, HIPS, ABS P +, TPU, TPU + and many others. The multinational also develops and manufactures resins for 3D printers.

# data[].description
PTGXTFI05 is a highly versatile, safe and easy to print filament. It prints reliably with high dimensional accuracy and quality surface finish. Our PETG XT (PETG Extreme) is manufactured to achieve up to 20% greater mechanical and chemical resistance compared to other blends.

SDS and TDS are available in Portuguese and English

PTGXTFI05 é um filamento altamente versátil, seguro e fácil de imprimir. Ele imprime de forma confiável com alta precisão dimensional e acabamento de superfície de qualidade. Nosso PETG XT (PETG Extreme) é fabricado para alcançar até 20% maior resistência mecânica e química em relação a outras blendas.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

# data[].description
PETg is an easy-processing, standard filament for printing jobs requiring good strength and stiffness along with a good balance of properties in XY and XYZ directions. PETg filament is stronger than PLA. Its toughness and broad operating-temperature range makes it a dependable material for many projects. 

# data[].release_notes
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# data[].author.description
Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

# data[].description
PETg 0800 ESD filaments are easy processing and electrostatic dissipative (ESD) with a good balance of properties in XY and XYZ directions. This filament provides excellent toughness and durability.

When printing with the Material Station, please use the 0.75kg spool for best results.

# data[].release_notes
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# data[].author.description
LATTICE SERVICES provides its own procedures for research teams
We are specialized in polymer-based tissue engineering projects and implantable medical devices. For this, we have developed different types of 3D printing filaments using medical polymers with the aim of providing the best performance.
These absorbable and implantable filaments are manufactured in our facility.

# data[].description
Polyethylene glycol is an amorphous and rigid thermoplastic. PETG is valued for its ease of use as well as its chemical resistance. The PETG filament is made from granules complying with ISO 10993-5 certification for skin contact, so it can be used to make prototypes of medical device packaging or prototypes of MD in contact with fluids (respirators, breathing duct, suction ...).

Tip :
For good quality printing, we recommend that you keep your printer closed. And keep the heating build plate at a temperature of 80°C. This will prevent warping problems.
It is possible to use glues, but be sure to use a raft in this case. Glue can be irritating in the case of parts printed for skin contact applications.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are a company whose objective is to offer the best filament products and services in the 3D printing sector. The brand was born from the market's need to find a partner, an accomplice in business that customers can trust.

Our main hallmarks are the corporate colors (purple, biche green and white) that represent passion, joy and transparency as fundamental values of the brand; in addition to our company philosophy, by which we define ourselves as a ‘cool’ brand capable of understanding and promoting the needs of our customers. For all these reasons, Winkle is a brand with clear differential advantages within the sector.

# data[].description
The PLA 870 is manufactured with an exclusive formulation of Nature Works Ingeo 3D870. This achieves an impact resistance superior to ABS by 50%, being 120% the post-annealing process. All this with the ease of printing a polymer such as PLA, including its high resistance to UV rays.

Thanks to our exhaustive quality control, we guarantee a constant diameter throughout the winding, something that will make your prints have a much better quality, avoiding jams in your machine. In the same way, our process guarantees the absence of chemical impurities that can modify the physical, chemical and aesthetic properties of our product.

SHIPMENTS: In order to preserve the properties of our product, they are packed in a sealed bag to protect it from moisture and UV rays. This makes the PLA 870 a perfect and affordable material for your projects.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Leading 3D Printing Filament manufacturer in Brazil since 2013. Many filaments are developed in our own laboratory, such as FRP 193, PLA Basic, PLA EasyFill, Tritan HT, HIPS, ABS P +, TPU, TPU + and many others. The multinational also develops and manufactures resins for 3D printers.

# data[].description
PAA01 is a highly versatile, safe and easy to print Antiviral filament similar to PLA filament printing. It prints reliably with high dimensional accuracy and quality surface finish. This is a filament developed from PLA that originates from organic and renewable sources.

SDS and TDS are available in Portuguese and English

PAA01 é um filamento Antiviral altamente versátil, seguro e fácil de imprimir semelhante à impressão do filamento PLA. Ele imprime de forma confiável com alta precisão dimensional e acabamento de superfície de qualidade. Este é um filamento desenvolvido a partir do PLA que tem origem em fontes orgânicas e renováveis.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are a company whose objective is to offer the best filament products and services in the 3D printing sector. The brand was born from the market's need to find a partner, an accomplice in business that customers can trust.

Our main hallmarks are the corporate colors (purple, biche green and white) that represent passion, joy and transparency as fundamental values of the brand; in addition to our company philosophy, by which we define ourselves as a ‘cool’ brand capable of understanding and promoting the needs of our customers. For all these reasons, Winkle is a brand with clear differential advantages within the sector.

# data[].description
Our PLA HD filament (1.75 mm or 2.85 mm) is a filament manufactured in Spain for 3D printers with FFF / FDM technology. PLA is a biodegradable plastic obtained from natural resources extracted from corn, beets and wheat starch.
Our big advantage in PLA HD is that we offer >40 color range in our filament portfolio.
The PLA HD is manufactured with a raw material and a process that not only manages to match the PLA850 in properties but exceeds it in some aspects. Thanks to our exhaustive quality control, we guarantee a constant diameter throughout the winding, something that will make your prints have a much better quality, avoiding jams in your machine. In the same way, our process guarantees the absence of chemical impurities that can modify the physical, chemical and aesthetic properties of our product.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Filkemp started in 1998 as a spin-off from the monofilaments department set up in the 70s by a subsidiary of the multinational Hoechst AG, in its day a world leader in the chemicals and pharmaceuticals. Currently Filkemp holds a global leading position in the production of PET, PA6, PA610, PA612 and various combinations of special polymers and copolymers, which act as a base in the production of technical polymers for the paper industry, conveyor belts or industrial filtration, abrasive brushes, recreational and commercial fishing, tennis racket strings, mooring lines, agriculture and, most recently, filaments for 3D printing. 

# data[].description
PLA N is a biopolymer which is ideal for tooling, prototyping and industrial applications in general. With high mechanical and thermic resistance, this filament has parts of high resistance at temperatures of 160ºC after the “annealing” process. It gives raise to parts of high resistance which can be machinable. The “annealing” process can be carried out during 10 up to 15 minutes in boiling water or in an oven at a temperature of 100ºC.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Quality materials from Fiber Force Italy.

# data[].description
PLA (Polilactic Acid) filament is obtained by biological resources, is biodegradable under controlled conditions and reduces the environmental impact.

FiberForce, in partnership with PANTONE®, actually provides a wide range of PMS certified colors, and a Pantone Matching System based color on demand service.

This PLA works on a wide variety of surfaces. For better adhesion, we suggest to apply hairspray on glass bed, keeping a temperature of 40°C.

Supported cores: AA 0.25, AA 0.4, AA 0.8

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Recreus was born from a passion for Industry and the vocation to bring innovation to Additive Manufacturing through the creation of new materials and new production processes, trying every day to go beyond the limits of the 4th industrial revolution.

# data[].description
PLA Purifier is a combination of the most popular polymer filament used in 3D printers, such as the Recreus PLA, including an innovative compound that absorbs and mineralises CO2, NOx and Volatile Organic Compounds (VOCs), converting them into particles that are harmless to both the environment and human beings. PLA Purifier maintains all its properties on a permanent basis after having been recycled.
   *Purifies the environment
   *Easy to print
   *Excellent mechanical properties
   *Matte finish

Applications
– Prototypes: new products, visual or conceptual models.
– Gadgets: keychains, phone cases.
– Accessories and decoration: earrings, bracelets, necklaces, objects, figures, vases.
– Toys: characters, figures, animals, vehicles, parts for games

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
CMO & Director of Innovation of Copper3D

# data[].description
PLACTIVE AN1™ is an innovative Nanocomposite developed with a high quality PLA and a patented, scientifically validated and highly effective Nano-Copper additive.

AA0.4 + Fast

# data[].release_notes
2.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Czech manufacturer of filament with 10 years of experience.

# data[].description
ASA (acrylonitrile styrene acrylate)
- similar to ABS
- perfect for outside use
- UV stable, high water and impact resistant
- high impact and wear resistance
- easy postprocessing (it’s possible to sand the prints using wet or dry sanding methods, smooth them out with acetone vapors, and glue them together with acetone)
- ideal for prototyping, outside use as well as the automotive and engineering industries

# data[].release_notes
1.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Czech manufacturer of filament with 10 years of experience.

# data[].description
PC/ABS (polycarbonate + akrylonitrilbutadienstyren)
- unique blend of polycarbonate and ABS
- extremely tough and hard material
- highly impact and heat resistant (up to 115 °C)
- self-extinguishing and flame-retardant (UL94 V0 certification)
- ideal for industrial use - mechanical components
- thermal contracting (closed chamber recommended)

# data[].release_notes
1.1.0: Automatically added support for the Ultimaker S8

# data[].author.description
Material4Print is a german producer of high quality filaments. 

# data[].description
PMMA stands for polymethyl methacrylate and is a
synthetic, thermoplastic material.
For many users, PMMA is better known under the name
acrylic glass, or under the trade and brand name Plexiglas.
Our PMMA filament is extremely weather
resistant and
impresses with its very high rigidity, which makes it ideal for
demanding applications. The high scratch resistance and
extreme impact strength are further practical mechanical
properties of PMMA. In addition, the filament is resistant to
yellowing from solar radiation. With a light transmission of
over 90% compared to normal glass, PMMA is recommended
for all those who want to keep the "correct" perspective

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Special Material and quality profiles from CONVENA Polymers.

# data[].description
Low-shrinkage PP filament based on the Glass Wool innovative technology.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolyCast™ is a filament designed to produce investment patterns for investment casting applications. 3D printing significantly cuts down both the cost and lead time by eliminating the tooling process.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolyLite™ ASA is an alternative to ABS with an improved weather resistance. Its UV resistance and excellent mechanical properties make it the perfect choice for real life applications.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolyMax™ PC-FR, creation from Covestro’s Makrolon® family, could achieve V0 performance in the UL94 flame retardancy test and displays excellent toughness, strength and heat resistance. This filament opens new applications in the automotive, railway and aerospace industries.

For better part strength and to relieve the residual stress, annealing the parts at 100℃ for 2 hour right after printing

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolyMax™ PETG offers better mechanical properties than any other regular PETG making it a good candidate for a wide range of applications.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolyMide™ CoPA is based on a copolymer of Nylon 6 and Nylon 6,6. The filament combines excellent strength, toughness, and heat resistance of up to 180˚C.

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolyMide™ PA12-CF is a carbon fiber reinforced PA12 (Nylon 12) filament. Thanks to the low moisture sensitivity of PA12, this product features outstanding mechanical and thermal properties even after the moisture conditioning process. Combined with its ease of print with Warp-Free™️ technology, this product is ideal to create manufacturing tools.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].description
PolyMide™ PA6-CF is a carbon fiber reinforced PA6 (Nylon 6) filament. The carbon fiber reinforcement provides significantly improved stiffness, strength and toughness with outstanding layer adhesion.

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].description
PolySmooth™ is a unique, easy-to-print filament designed for hands-free post processing. The surface can be smoothed with alcohol to achieve layer free models using the Polysher™.

It is highly recommended to use the PolyBox™ when printing with PolySmooth™ and to store it in the resealable bag.

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].description
Polymaker™ PC-ABS is a PC/ABS polymer blend which offers excellent toughness and heat resistance while displaying good surface finish and good compatibility with metal plating.

Note:
For better part strength and to relieve the residual stress, annealing the parts at 90℃ for 2 hour right after printing

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].description
Polymaker™ PC-PBT is a PC/PBT polymer blend which offers good heat resistance and toughness at low temperature (-20˚C/-30˚C). Polymaker™ PC-PBT also features  good chemical resistance.

For better part strength and to relieve the residual stress, annealing the parts at 90℃ for 2 hour right after printing

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Recycling marine plastics into 3D printing materials

# data[].description
Recycled PA6

Supported Print Core AA 0.4

Recommended bed - glass
Recommended adhesion - PVA, Magigoo PA

Porthcurno is a high sustainability, engineering grade material for use by those with a moderate to high degree of 3D printing skill or an interest in developing Circular Economy solutions. 

Porthcurno is strong, impact resistant, flexible when printed in small thicknesses. 

It is susceptable to moisture absorbtion and warping if not printed when dry.
We recommend pre-print drying for at least 24 hours at between 70-80 °C and storage in a sealed, warm or dessicating caddy whilst in use.
Storage at under 10% Relative Humidity or at 50°C is recommended to extend print-ready life.
Extended storage or drying over 100 °C may result in discolouration.

Porthcurno is dyable after printing using an off-the-shelf synthetic fabric dye, and smoothable using industrial post-print vapour smoothing technologies.

# data[].release_notes
2.2.0: Automatically added support for the Ultimaker S8

# data[].author.description
Recreus was born from a passion for Industry and the vocation to bring innovation to Additive Manufacturing through the creation of new materials and new production processes, trying every day to go beyond the limits of the 4th industrial revolution.

# data[].description
Reciflex is a flexible TPU filament, 100% of recycled origin, both from footwear industry leftovers and from Recreus' internal production. The material is carefully selected and magnetically screened for its production, to avoid metallic residues and thus guarantee its correct functioning during printing.

Its hardness ranges between 96A and 98A SHORE 'A', due to the variations attributable to its origin as a recycled material, practically imperceptible in the printed parts. Despite being a recycled material, it has excellent mechanical properties and good resistance to solvents.

   *Easy to print. We recommend using a PTFE tube.
It is only available in black as once all the recycled colours are mixed, the black pigment is finally added to homogenize and obtain a final solid and shiny black colour.

Applications
– Parts that require resistance to solvents.
– Protective covers for GoPro, mobile,...
– Protections for drones.
– Wheels for radio-controlled cars and robots.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Material and quality profiles from RadiciGroup 

# data[].description
Radilon® Adline Filaments are based on Radilon® polyamide grades, a well-known brand portfolio in the injection moulding and extrusion markets. Radilon® Adline CS CF10 HP BK is an easy printable polyamide 6/66 reinforced with 10% carbon fibers. Stiffness and high mechanical properties are key characteristics of this product, together with high dimensional stability and excellent surface aspect.

# data[].release_notes
1.2.0: Automatically added support for the Ultimaker S8

# data[].description
ReForm rPET is a recycled PETG filament made from post-industrial waste from a nearby located bottle manufacturer. ReForm rPET is a tough filament that is very easy to print and available in a wide range of vivid colors.

How it is made
1.    ReForm rPET is made from post-industrial waste from a local bottle manufacturer. 
1.1     The travel distance for the shredded post-industrial PETG waste is very limited.
2.	The shredded post-industrial waste then needs to be compounded.
3.	The compound needs to be dried before it can be extruded.
4.	After being dried the compound is being extruded into ReForm rPET filament.

Key features
•	A high-end circular recycled PETG filament made from post-industrial waste
•	Easy to print
o	Nearly warp-free and perfect inter-layer adhesion
o	Good first layer adhesion to a heated glass print bed and many other surfaces
•	Odorless processing/printing
•	High toughness and dimensional accuracy
•	Good chemical resistance

AA0.4 + Fast

# data[].release_notes
4.3.0: Automatically added support for the Ultimaker S8

# data[].description
ReForm is a sustainable  and circular initiative within Formfutura to efficiently manage post-industrial filament extrusion waste streams and re-use them into high-end recycled filaments. The ideology behind ReForm is to make 3D printing more sustainable – without having to make compromises on material properties – and yet keep it affordable.
ReForm rPLA is based on the exact same unique formulation as our EasyFil PLA range, but is made from post-industrial filament extrusion waste.

ReForm rPLA - Circularity through recycling:
Filament extrusion => Collecting and shredding filament waste => Homogenizing the shredded filament waste => Compounding => Crystalizing the compound => Drying the compound => Filament extrusion.

Key features
•	Recycled PLA filament
•	Sustainable packaging
•	Reduced environmental impact
•	Biodegradable
•	Easy to print

AA0.4 + Fast

# data[].release_notes
3.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Real Filament is a Dutch company that develops and produces 3D filaments locally. Our broad spectrum of experience with 3D printers and filaments gives us the ability to quickly tailor our filament production to the latest developments in the market.

As a Dutch producer and supplier of 3D-filament, we offer you great benefits as a customer. You get quick support and won't have to deal with long delivery times. We provide technical assistance at every point of the procurement process, along with assistance and guidance for those unfamiliar with our filaments.

# data[].description
ASA filament Black by Real is of superior quality and produced in The Netherlands. Real filaments guarantees high-quality and diameter consistent filament, giving you the best 3D printing experience.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
Real Filament is a Dutch company that develops and produces 3D filaments locally. Our broad spectrum of experience with 3D printers and filaments gives us the ability to quickly tailor our filament production to the latest developments in the market.

As a Dutch producer and supplier of 3D-filament, we offer you great benefits as a customer. You get quick support and won't have to deal with long delivery times. We provide technical assistance at every point of the procurement process, along with assistance and guidance for those unfamiliar with our filaments.

# data[].description
PETG filament by Real Filaments is of superior quality, produced in The Netherlands. Real filaments guarantees that the PETG is high-quality and diameter consistent filament, giving you the best 3D printing experience.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
At Reflow, we’ve pioneered an approach to recycle discarded plastic into a range of exceptional, sustainable materials for 3D printing. We‘ve established a collaborative network of recyclers, makers and designers to tackle plastic pollution, support local communities and co-create meaningful design

# data[].description
Reflows’ flagship rPETG is a sustainable, high performance material, sourced from leading EU recyclers. It’s a unique material that is durable, easy to use, with exceptional visual and mechanical performance. Our rPetg is available in a wide variety of colours with colour customization available with a minimum order quantity of 40kg. It’s also safe for food contact and has been extensively tested against virgin materials, passing with flying colours.

# data[].release_notes
2.7.0: Automatically added support for the Ultimaker S8

# data[].author.description
Advanced 3D printing materials from 3DXTECH

# data[].description
SimuBone® Bone Modeling Filament is the latest technology in anatomical bone modeling materials. It is ideal for use in both educational and clinical settings as a replacement for cadaver bone and for patient-specific preoperative surgical planning. Plus, SimuBone® is ISO 22196:2011 certified antibacterial and our formulation is produced in an ISO 13485 compliant facility.

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
Self-extinguishing flame retardant ABS, tested under conditions according to UL94 standards, opting the category of V-1 for thicknesses of 1.5mm and V-0 for thicknesses greater than 2.1mm, ideal for protecting systems at risk of ignition.

Required nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
It is a material with an exceptional resistance to weathering. Unlike many plastic materials, the ASA maintains its color and impact resistance, even after long-time outdoor use in the long term.

Required nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
High Impact Polystyrene, ideal for printing highly resistant parts with excellent mechanical properties. It has similar characteristics to ABS, it can be sanded and painted with acrylic paints. Ideal to be used as a support material, as it can be subsequently diluted in D´Limonene.

Required nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
High quality filament specially designed for medical applications. This material has the UPS Class VI or ISO 10993-1 certification. This allow you to make components that can be in touch with the human body.

Recommended nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
Copolyester with 91% transparency in its natural state, it is very glass like, with high 
chemical resistance. Accepted for use with food products (FDA). It is very easy to print, as 
it has very low shrinkage and requires no warm bed.

Required nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
Smartfil PETG MDT (magnetically detectable thermoplastic) is a filament for 3D printing designed to be detected by any type of auto switch, even when the material is present in very small particles.

PVA: Compatible
Breakaway: Experimental

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
The antibacterial effectiveness of this filament has been tested and certified by an external laboratory under the norm ISO 22196. The test has been carried out on two bacterial strains: Stapylococcus aureus and Escherichia coli. The results obtained indicate a reduction in bacterial activity by 99.99% after 24 hours.

Required nozzle: AA 0.4

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

# data[].description
Biodegradable filament and ok for all 3d printers. It is very easy to print as it has no contractions so you can make really big pieces. With our GLITTER filament you can achieve a fantastic finish and lively colours in all your pieces.

Required nozzle: 0.4mm

# data[].release_notes
1.3.0: Automatically added support for the Ultimaker S8

# data[].author.description
We are producers of high quality 3d printing filaments, our aim is to have the best quality 3d printing filaments for that we have our R+D department to make sure we develop the best materials for the industrial area, we are also very focus on the needs of our customers.

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First class PLA with a high percentage of natural Wood,
it does not incorporate recycle material or recuperated.
Excellent printing resolution.

Required nozzle: AA 0.4

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1.3.0: Automatically added support for the Ultimaker S8

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Special Material and quality profiles from CONVENA Polymers.

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Temperature Dependency of elastic modules.
The elastic modulus changes largely at the temperature below(hard state) and above (soft state) the glass transition temperature (Tg).

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1.4.0: Automatically added support for the Ultimaker S8

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Solvay’s portfolio of AM-ready materials is set to take additive manufacturing to the next level.

Our specialty polymers, with their critical performance factors such as exceptional heat and chemical resistance, strength and toughness, fatigue and wear resistance, are now available as AM-ready filaments for 3D printing!

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Solef® PVDF AM Filament, intrinsically of very high purity, provides long term performance up to 120 °C, including exceptional chemical resistance and outstanding UV, weathering and oxidation resistance. 

These features make it particularly suited for outdoor applications, and for harsh chemical environments, typically found in the Chemical Processing Industry, Semiconductor Industry, and Oil & Gas.

Key features
- Chemical inertness to most acids, aliphatic and aromatic organic compounds, chlorinated solvents, alcohols, etc.
- Very high purity
- Low coefficient of friction
- Continuous use within a wide range of temperatures
- Inherent flame retardancy

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1.2.0: Automatically added support for the Ultimaker S8

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Stainless Steel PLA is a dense material that is matte Gray with a cast metal look but prints as easily as standard PLA and finishes like real metal. Perfect for jewelry, costumes, props, figurines, crafting, robots, and more!

-This stainless steel filled PLA can be Polished to look like Polished metal! it is also 2X the Density of PLA for substantial feeling prints

-Stainless Steel filament is more abrasive than standard PLA and may require nozzle replacements and 1st layer adjustments. Try a wear-resistant and/or larger diameter nozzle for increased service intervals.

Supported Cores/Qualities: CC 0.6, Standard .15mm

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2.3.0: Automatically added support for the Ultimaker S8

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StoneFil is a PLA-based filament which is based on our modified and easy-to-print EasyFil PLA compound and is gravimetrically filled with 50% of powdered stone. 
This high “stone filling” has resulted in a 3D printer filament with remarkable aesthetic features and a significant higher material density up to 37% higher than “normal” PLA. StoneFil is an easy-to-print 3D printer filament and printed objects have an extremely matte stone-like finish with unique natural gradient colour linings resulting in an exceptional chromatic spectrum per print. Every StoneFil printed object will have its own identity and unique gradient colour shading.  

Unique features
•	Easy to print
•	50% gravimetric powdered stone filling
o	±37% heavier than “normal” PLA
•	Matte and rough stone-like finish
•	Unique natural/organic gradient colour linings
o	Every print has its unique natural stone gradient colour shading

AA0.4 + Fast

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4.3.0: Automatically added support for the Ultimaker S8

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taulman3D develops, manufactures and distributes advanced thermoplastics to our customers around the world.

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T-Glase is a premium PET based plastic from taulman3D, which provides excellent optical and strength properties, in a variety of colors.

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1.3.0: Automatically added support for the Ultimaker S8

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Ensinger produces filaments made from high temperature plastics and offers application advice to all issues around additive manufacturing.

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TECAFIL PC FR natural is a flame retardant engineering grade filament tested according to FAR 25.853 and UL94-V0. Therefore, it is suitable for aerospace applications and parts like housings or cell holders, brackets, or cable management. Furthermore, it is a good alternative to high performance materials like PEI or PEEK, which are classified as inherent flame retardant polymers. The specially developed formula of this polycarbonate filament allows complex geometries and even larger components to be printed without warping on desktop printers without a heated building chamber. In addition, a tensile strength of 69 MPa is achieved, which is almost equivalent to injection-moulded parts.

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1.3.0: Automatically added support for the Ultimaker S8

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Jabil Engineered Materials provides ISO certified custom engineered materials for Additive Manufacturing processes.

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TPE SEBS 95A is a soft material great for prototyping where rubber-like or elastomeric properties and durability are required. TPE SEBS 1300 95A is slightly firmer than TPE SEBS 1300 85A for application requirements that call for flexibility but also need more rigidity to achieve the optimal finished part performance. TPE SEBS 1300 95A does not require any drying prior to printing.

NOTE: For best results while printing with TPE SEBS 1300 95A, turn the feeder tension down completely. Increase the tension in small amounts if needed.

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2.2.0: Automatically added support for the Ultimaker S8

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We are a cutting edge filament developer based out of Sweden that constantly work to expand the applications of 3D-printing.

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Print on bare glass. Use tape for cold build plates.

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This unique filament makes your 3D-prints look extraordinary good. The surface becomes matte and tactile, with a sense of paper or gypsum rather than plastic, thanks to the plant-based fibers that are mixed into a special blend of PLA. Very easy to post process and paintable with water-based colors. Developed in collaboration with UPM Biocomposites.

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1.2.0: Automatically added support for the Ultimaker S8

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Born on Kickstarter, the Proto-pasta brand was founded from a unique intersection of passion for making, access to technology, and growing online communities. With a mission to make 3D Printing more interesting and useful, through improved access to unique materials.

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Reliable and easy to print PLA for professionals and hobbyists.

HTPLA prints similar to standard PLA but possesses the properties to be heat treated for higher temperature resistance. This durable PLA has a theoretical Heat Deflection Temperature (HDT) of more than 140C (285F) after the heat-treating process. This means HTPLA parts maintain strength and form at much higher temperatures than PLA, ABS, or Polyesters like PET which loose structure as soon as 55C and by 100C.

Supported Cores/Qualities: AA 0.4, Standard .15mm

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2.3.0: Automatically added support for the Ultimaker S8

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Manufacturers of probably the best filament in the world. We improve polymer characteristics by infusing billions of nano diamonds into the polymer matrix. This results in extreme stiffness and is a non abrasive high strength material solution.  Print stronger, print better, print more with your Ultimaker 3D printer. 

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Nanodiamond 3D printer filament for drastically improved strength, printability, and thermal properties.

AA0.4 + Fast

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1.2.0: Automatically added support for the Ultimaker S8

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Our experts for Fused Filament Fabrication (FFF) provide you with an extensive range of materials offering a variety of beneficial material properties such as ease of print, dimensional stability, durability, and flexibility. Whether its standard filaments, filaments for high temperatures and engineering or filaments for temporary support material – our product range Ultrafuse® offers applications for both Bowden and direct-driven extrusion systems.

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Ultrafuse® PC GF30 is polycarbonate, reinforced with 30% glass fiber content. The fibers in this material are specially designed for 3D-printing filaments and are compatible with a wide range of FFF 3D-printers. The
extreme stiffness makes this material highly suitable for demanding applications. Ultrafuse® PC GF30 delivers superior strength and good temperature resistance. With its resilience to UV light and its flame retardancy and V0 verification it is perfectly suitable for various industrial applications.

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1.4.0: Automatically added support for the Ultimaker S8

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Description: ABS reinforced with 5-10% recycled carbon fiber. Dry prior to printing @ 70-80°C for 2-4 hours, store in cool dry place. 

Target Applications: Visual and functional prototyping

Key Features: Added stiffness and strength

Color: Black

Supported Cores: CC 0.6

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1.2.0: Automatically added support for the Ultimaker S8

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3D Printlife is committed to improving sustainability in 3D printing.  Our materials are innovative and sustainable formulations that feature cardboard spooling to help offset your carbon footprint.  All are modified and optimized for 3d printing.

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Wood Fill PLA

WoodPLAy is a wood filled PLA based filament that looks, smells, and feels like wood. Gravimetrically filled with up to 40% ground wood particles, WoodPLAy is very easy to print with great thermal stability and layer adhesion.
 
・Feels and smells like wood
・Easy to print at low temperature
・Excellent layer adhesion
・Very low warping
・Biodegradable
・Preferably printed with ≥ 0.5 mm nozzle

Create beautiful wood grain appearances by post processing finished parts with a piece of fine grit sandpaper, or by experimenting with printing temperature. 

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1.3.0: Automatically added support for the Ultimaker S8

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Our experts for Fused Filament Fabrication (FFF) provide you with an extensive range of materials offering a variety of beneficial material properties such as ease of print, dimensional stability, durability, and flexibility. Whether its standard filaments, filaments for high temperatures and engineering or filaments for temporary support material – our product range Ultrafuse® offers applications for both Bowden and direct-driven extrusion systems.

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30% glass fiber composite materials.

Applications: functional prototyping and parts for tooling manufacturing, transportation, electronics and consumer applications.

Unique Selling Propositions: Print it for real – stronger, tougher and better

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1.8.0: Automatically added support for the Ultimaker S8

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Our experts for Fused Filament Fabrication (FFF) provide you with an extensive range of materials offering a variety of beneficial material properties such as ease of print, dimensional stability, durability, and flexibility. Whether its standard filaments, filaments for high temperatures and engineering or filaments for temporary support material – our product range Ultrafuse® offers applications for both Bowden and direct-driven extrusion systems.

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30% glass fiber composite materials.

Applications: functional prototyping and parts for tooling manufacturing, transportation, electronics and consumer applications.

Unique Selling Propositions: Print it for real – stronger, tougher and better

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1.8.0: Automatically added support for the Ultimaker S8

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colorFabb is a leading developer and producer of high-quality 3D printing filaments. While we offer a range of reliable, everyday filaments, our passion lies in creating innovative and advanced materials that push the boundaries of 3D printing. We also welcome discussions on custom material development to meet specific project needs.

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XT-CF20 is reinforced with 20% specially sourced carbon fibers, this filament is perfect for parts which need high stiffness. XT-CF20 has a beautiful matte surface finish when printed.
A special point of attention is the abrasive nature of the carbon fibers. In general these fibers will accelerate the nozzle-wear. Therefore we  recommend to use the Ultimaker CC Red 0.6 print core.

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1.3.0: Automatically added support for the Ultimaker S8

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YXPOLYER's ABS-ESD is an advanced ESD-Safe filament formulated for a wide array of applications that require electrostatic discharge (ESD) protection. Made using high flow ABS and CNT’s to offer exceptional repeatability and reliability.
Target surface resistance: 10^6 to 10^9 Ω. 

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1.4.0: Automatically added support for the Ultimaker S8

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UL94 V0 Flame retardant material, Good surface finish. Professional Engineering 3D Printing Materials

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1.4.0: Automatically added support for the Ultimaker S8

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YXPOLYER ASA is named ABS-WR20. ASA has excellent mechanical physical property as engineering plastics. Because the butadiene with double bond is replaced, ASA is given outstanding weather resistance, high temperature resistance and anti-UV performance. ASA's UV-stability makes it an ideal material for outdoor applications that will experience intense exposure to the sun and weather. 

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1.4.0: Automatically added support for the Ultimaker S8

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AquaSol-120 is a biodegradable alkali soluble support filament of YXPOLYER. It can be used as support material for ABS, ASA, PETG Nylon, PC, etc. AquaSol-120 is made of non-toxic ingredients and can be easily removed by exposure to warm alkali water.

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1.4.0: Automatically added support for the Ultimaker S8

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YXPOLYER Nylon-CF15, chopped carbon fiber reinforced nylon is an engineering grade material that has excellent mechanical and thermal properties. It offers ease of printing in any 3D printer with a heated bed. Also it is commonly used for printing functional prototypes and production parts. It’s easy to absorb water as Nylon. But you can also get a good surface finish after drying.

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1.4.0: Automatically added support for the Ultimaker S8

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YXPOLYER PA-GF10, glass fiber reinforced Nylon is nothing less than an industrial-grade beast! Formulated to be exceptionally stiff and strong - without being brittle. Polyamides (PA) are the work-horse of the plastics industry because of their excellent mechanical, chemical, and thermal resistance. PA-GF is used in automotive under-hood applications because it resists fuels, lubricants, heat. PA6-GF is suitable for use on practically any open-source 3D printer with a heated bed.

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1.4.0: Automatically added support for the Ultimaker S8

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Zytel® 3D10C20FL BK544, a black 20% carbon fiber reinforced polyamide for lightweight components with a modulus of 4-5GPA and a heat deflection temperature of >150 C, resistant to most solvents, cleaning agents, automotive fluids and fuels at room temperature.  Note, SDS sheet will be provided by email.

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1.2.0: Automatically added support for the Ultimaker S8

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Zytel® 3D12G30FL BK309, a black heat-stabilized 30% glass-reinforced polyamide with a modulus of 4-5GPA and a heat deflection temperature of >150 C, resistant to most solvents, cleaning agents, automotive fluids and fuels at room temperature. 
Note, SDS sheet will be provided by email.

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1.2.0: Automatically added support for the Ultimaker S8

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Zytel® 3D1000FL, an unreinforced polyamide with ultralow shrinkage

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1.2.0: Automatically added support for the Ultimaker S8

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In a great collaboration between the Dutch companies colorFabb and Vibers, biobased formulation has been developed including 10% Elephant grass. This type of grass grows incredibly efficient and catches 4 times the amount of CO2 per acre compared to a regular European forest. The filaments produced create the most stunning smooth and matte surface finish on 3D printed items and gives the user a chance to print more carbon neutral.

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ColorFabb Vibers PLA White filament provides a smooth, matte surface finish for your design. It has a non-plastic look, but instead gives a feeling of marlstone. It prints like normal PLA on a 0.4mm print core (it is non-abrasive), so it is super easy to use. The filament is delivered on a cardboard spool, so this is easily recycled. Next to this, due to the addition of Vibers elephant grass fibers, the CO2 footprint of this filament is reduced by a third! (visit the Vibers website for more information on this: https://vibers.nl/)

This package provides the printing profiles for printing with colorFabb Vibers PLA White filament on 0.2, 0.15 and 0.1 mm resolution settings.

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1.2.0: Automatically added support for the Ultimaker S8

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Global Leading Brand of Bio-based 3D Printing Polymers with reliable global shipment.

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eSUN ePA-CF Carbon Fiber Filled Nylon Filament. 

Applications: 
Structural parts. Tough parts. 

Available in 0.5KG spool and 1KG spool. For first time users, please consider 0.5KG spool.
Extrusion Temp: 240 to 260 Celsius. Recommend 255 Celsius at least. 
Build Plate Temp: 80 Celsius
Speed While Extruding: 30 to 60mm/s
Speed While Traveling: 90 to 150mm/s
Number of Shells: 3-5

Warning: Carbon-Fiber Filled materials are abrasive. Use all-metal hotend is required.

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2.2.0: Automatically added support for the Ultimaker S8

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Global Leading Brand of Bio-based 3D Printing Polymers with reliable global shipment.

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PETG is an excellent material which combines the advantages of PLA and ABS filaments. Odorless; Little shrinkage rate; hydrophobicity (Does not absorb water); Outstanding toughness and high impact strength; Good liquidity (flows smoothly); High mechanical strength and excellent flexibility; Good glossy finish;

PETG requires slower printing speed than other materials.

Recommend print setttings： 
Extrusion Temperature Range: 240 to 255 Celsius
Plate temperature: 80~90 Celsius or without heated 
Printing speed: 30~60mm/s 
Moving speed: 30~60mm/s 
20 colors available.  

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2.3.0: Automatically added support for the Ultimaker S8

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For adhesion, glue stick applied on glass at 55 °C bed temperature works well. Use igus® adhesion film or Buildtak for print beds without heating or for an even stronger grip on the printed parts.

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iglidur® tribofilament®

Self-lubricating and easy to print material for the use as bearing, nut, gear or any other wear part. Up to 50 times higher wear resistance than conventional 3D-printing materials.

Material properties:
- High abrasion resistance and low friction at speeds up to 0,2 m/s
- Easy to process, very good layer adhesion and low warp
- Safe for food contact according to Regulation EU 10/2011
- Application temperature up to 65 °C (75 °C for short periods)

Field of application:
Consumer and professional applications in demand of low friction and high abrasion resistance. Lubrication-free bearings, jigs & fixtures and complex wear parts.

Instructions for use:
For adhesion, use igus® adhesion promoter or adhesion sheets (see processing instructions). Improve quality even more by storing in a dry place and/or dry at 50 °C for at least 4 hours. Ensure good ventilation.

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1.6.0: Automatically added support for the Ultimaker S8

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For adhesion use igus® adhesion film or Buildtak (turn bed temperature down to 95 °C for smaller parts or if parts stick too well). Doors and ideally a full enclosure of your printer are recommended.

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iglidur® tribofilament®

Self-lubricating material for the use as bearing, nut, gear or any other wear part. Up to 50 times higher wear resistance than conventional 3D-printing materials.

Material properties:
- Allrounder: higher wear resistance, even at higher speeds
- Application temperature up to 100 °C (120 °C for short periods)
- Available in black and white

Field of application:
Consumer and professional applications in demand of low friction and high abrasion resistance as well as higher application temperatures. Lubrication-free bearings, moving assemblies, jigs & fixtures and complex wear parts.

Instructions for use:
For adhesion use igus® adhesion promoter or adhesion sheets (see processing instructions). Doors and ideally a full enclosure of your printer are recommended. Improve quality even more by storing in a dry place and/or dry at 70°C for at least 4 hours. Ensure good ventilation.

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1.5.0: Automatically added support for the Ultimaker S8