


Material matters
Choose the right material for your aplication
please see the table below
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material variants
FDM materials
Max part size 500x500x600 mm Layer 100-300 um
Greentec
GreenTEC comes from BIO performance range and has been specially developed for high performance applications. The material has a heat resistance of 115°C (VST) and is optimised for high tensile and bending strength. At the same time, it offers a high-quality matte feel.
GreenTEC is the ecologically safe alternative to common industrial materials, consisting of 100% renewable raw materials and being biodegradable according to DIN EN ISO 14855. In addition, the raw material has food approval (FDA).
GreenTEC is slightly flexible for a good load absorption.
GreenTEC is the ecologically safe alternative to common industrial materials, consisting of 100% renewable raw materials and being biodegradable according to DIN EN ISO 14855. In addition, the raw material has food approval (FDA).
GreenTEC is slightly flexible for a good load absorption.
Greentec PRO
GreenTEC Pro is part of 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 a medium-hard, slightly flexible material that is fairly resistant to impact.
GreenTEC Pro is temperature-resistant up to 160 °C
GreenTEC Pro is a medium-hard, slightly flexible material that is fairly resistant to impact.
GreenTEC Pro is temperature-resistant up to 160 °C
PETG
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.
PETG combines high flexibility and good rigidity.
PETG is temperature-resistant up to 80-90 °C, which means that it can be used in the production of electrical components for kitchen utensils.
PETG combines high flexibility and good rigidity.
PETG is temperature-resistant up to 80-90 °C, which means that it can be used in the production of electrical components for kitchen utensils.
CPE
Made of modified PETG material. Another monomer improves all properties compared to PETG fibers.
Properties:
Guarantee of high quality of printed object with good functional properties
Durable, hard, long material life
Excellent impact resistance (no breakage)
Good adhesion between layers, easy printing as PLA, odorless, low deformation
Excellent tensile and flexural strength, high hardness
High heat resistance
Possibility of penetration and painting
Beautiful metallic look
Safe for food contact applications
100% recyclable, biological, BPA free
High chemical resistance
Properties:
Guarantee of high quality of printed object with good functional properties
Durable, hard, long material life
Excellent impact resistance (no breakage)
Good adhesion between layers, easy printing as PLA, odorless, low deformation
Excellent tensile and flexural strength, high hardness
High heat resistance
Possibility of penetration and painting
Beautiful metallic look
Safe for food contact applications
100% recyclable, biological, BPA free
High chemical resistance
CPE CF112 Carbon
CPE CF112 Carbon is a cutting-edge material for FFF (also known as FDM) 3D printing technology.
Properties:
Good adhesion between layers, easy printing, low deformation
Matte surface
Wear-resistant, long-term load resistant
Chemical resistance
Recyclable, biological, BPA-free, styrene-free
The hardness is comparable to vinyl 303
Technically advanced and durable material with a long service life
Properties:
Good adhesion between layers, easy printing, low deformation
Matte surface
Wear-resistant, long-term load resistant
Chemical resistance
Recyclable, biological, BPA-free, styrene-free
The hardness is comparable to vinyl 303
Technically advanced and durable material with a long service life
ABS
ABS Extrafill is a material that shows high print quality even in difficult details with excellent lamination.
It is excellent for the production of the first functional samples before series production. For functional prototyping, production of tools and aids, but also for the production of goods for everyday use.
Properties:
Smooth surface
High temperature resistance
Tensile strength
Impact resistance
Chemical resistance to acids, alcohols, alkalis, oils, fats, ozone and water
Low density
Endurance
Recyclable
Low moisture absorption
Ecological material
Safe use in electrical and electronic equipment
It is excellent for the production of the first functional samples before series production. For functional prototyping, production of tools and aids, but also for the production of goods for everyday use.
Properties:
Smooth surface
High temperature resistance
Tensile strength
Impact resistance
Chemical resistance to acids, alcohols, alkalis, oils, fats, ozone and water
Low density
Endurance
Recyclable
Low moisture absorption
Ecological material
Safe use in electrical and electronic equipment
PC/ABS
PC/ABS is a polycarbonate and acrylonitrile butadiene styrene blend with excellent properties that make this high-tech material ideal for application in the automotive industry.
It is also resistant to high temperatures and can be used as a part of consumer or office electronics. It's perfect for printing parts of printers, copiers, game consoles, or keyboards. It's a filament that is light but strong at the same time and shows minimal signs of wear even after long-term use.
Features:
Durable
Good interlayer adhesion
Smooth finish
Creep resistance (resistance against deformation under long-term load)
Chemical resistance against alcohols, oils, greases, ozone, and water
Excellent temperature resistance up to 115 °C
Impact resistance also at low temperatures
Higher flexural strength than ABS, ASA, and HIPS
Recyclable, non-toxic
Safe to use in electrical and electronic equipment
It is also resistant to high temperatures and can be used as a part of consumer or office electronics. It's perfect for printing parts of printers, copiers, game consoles, or keyboards. It's a filament that is light but strong at the same time and shows minimal signs of wear even after long-term use.
Features:
Durable
Good interlayer adhesion
Smooth finish
Creep resistance (resistance against deformation under long-term load)
Chemical resistance against alcohols, oils, greases, ozone, and water
Excellent temperature resistance up to 115 °C
Impact resistance also at low temperatures
Higher flexural strength than ABS, ASA, and HIPS
Recyclable, non-toxic
Safe to use in electrical and electronic equipment
ASA
ASA is a styrene polymer, which is ideal for the production of the first functional samples before series production for functional prototyping, tool production, but also for the production of goods for everyday use, especially for outdoor use. It resists high long-term exposure to heat and UV radiation.
Properties:
Low level of yellowing
Excellent resistance to weathering and UV radiation
Preservation of physical properties such as color and mechanical properties
Low moisture absorption
Impact resistance
Higher durability than ABS
Recyclable
Chemical resistance to alkalis, alcohols, oils, fats, ozone and water
Good dimensional stability
Low density
Safe use in electrical and electronic equipment
Properties:
Low level of yellowing
Excellent resistance to weathering and UV radiation
Preservation of physical properties such as color and mechanical properties
Low moisture absorption
Impact resistance
Higher durability than ABS
Recyclable
Chemical resistance to alkalis, alcohols, oils, fats, ozone and water
Good dimensional stability
Low density
Safe use in electrical and electronic equipment
HIPS
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.
Properties:
Good water resistance even at higher temperatures
High impact resistance
Exceptional dielectric strength (it can withstand electrical breakdown)
Temperature resistance up to 95 °C
High interlayer adhesion
Matte surface
Chemical resistance against water, acids, alkalis, ozone, alcohols, oils, and greases
Post-processing by painting & sanding
Smoothing by Lemonesol vapors
Lower odor than ABS and ASA
Recyclable
Low density
BPA-free
Safe to use in electrical and electronic equipment
Safe for food contact applications
Properties:
Good water resistance even at higher temperatures
High impact resistance
Exceptional dielectric strength (it can withstand electrical breakdown)
Temperature resistance up to 95 °C
High interlayer adhesion
Matte surface
Chemical resistance against water, acids, alkalis, ozone, alcohols, oils, and greases
Post-processing by painting & sanding
Smoothing by Lemonesol vapors
Lower odor than ABS and ASA
Recyclable
Low density
BPA-free
Safe to use in electrical and electronic equipment
Safe for food contact applications
NYLON
Nylon is a high-tech material that retains its excellent functional properties under a wide range of temperatures. Perfect for the most resistant prints.
It exhibits very high interlayer adhesion while flexible in a thin layer. Its low friction coefficient and high-temperature resistance make it an excellent choice for printing functional and technical parts. It's a durable material that resists a wide range of chemicals, including car fluids.
Properties:
Exceptional chemical resistance
Incredibly durable and versatile
Good interlayer adhesion
Wear resistance
High impact resistance preserved also under low temperatures (at -40 °C)
Resilience
Heat resistance up to 140 °C
Lower moisture absorption than other types of polyamide
Good dimensional stability
Safe for food contact applications according to EU regulation (not for Traffic Black color)
Safe for food contact applications according to U.S. FDA regulation (only color version "Natural")
Safe to use in electrical and electronic equipment
Possibility of sterilization in the autoclave
Recyclable
It exhibits very high interlayer adhesion while flexible in a thin layer. Its low friction coefficient and high-temperature resistance make it an excellent choice for printing functional and technical parts. It's a durable material that resists a wide range of chemicals, including car fluids.
Properties:
Exceptional chemical resistance
Incredibly durable and versatile
Good interlayer adhesion
Wear resistance
High impact resistance preserved also under low temperatures (at -40 °C)
Resilience
Heat resistance up to 140 °C
Lower moisture absorption than other types of polyamide
Good dimensional stability
Safe for food contact applications according to EU regulation (not for Traffic Black color)
Safe for food contact applications according to U.S. FDA regulation (only color version "Natural")
Safe to use in electrical and electronic equipment
Possibility of sterilization in the autoclave
Recyclable
TPU
A technical flexible filament that offers great mechanical properties such as high tear and tensile strength.
It is characterized by highly reversible deformation, resistance to ozone, oils, greases, and aliphatic alcohols. Wear resistance guarantees the durability of 3D printed products. Great for the printing of continually sliding parts or sealings.
Properties:
Can be used for the final surface treatment
Great interlayer adhesion ensuring tear strength in all the directions
Excellent abrasion resistance
Good rebound resilience
High elasticity with highly reversible deformation
Safe to use in electrical and electronic equipment
Flexible
Low warping
BPA-free and styrene-free
Recyclable
It is characterized by highly reversible deformation, resistance to ozone, oils, greases, and aliphatic alcohols. Wear resistance guarantees the durability of 3D printed products. Great for the printing of continually sliding parts or sealings.
Properties:
Can be used for the final surface treatment
Great interlayer adhesion ensuring tear strength in all the directions
Excellent abrasion resistance
Good rebound resilience
High elasticity with highly reversible deformation
Safe to use in electrical and electronic equipment
Flexible
Low warping
BPA-free and styrene-free
Recyclable
TPE
This filament is safe for food-contact applications and for applications in contact with skin.
Wear resistance guarantees the durability of 3D printed products. Great for sealings especially in the presence of certain substances, the ability to seal is preserved also at higher temperatures. This material has very low gas permeability.
Properties:
Safe for food-contact and skin-contact applications
Dimensional stability
Smooth matte finish
Pleasant to touch
Tear strength, abrasion resistance
Chemical resistance against acids, alcohols, alkalis, and water
Resistant against dirt, washable
Recyclable
BPA-free
Low odor
Safe to use in electrical and electronic equipment
Wear resistance guarantees the durability of 3D printed products. Great for sealings especially in the presence of certain substances, the ability to seal is preserved also at higher temperatures. This material has very low gas permeability.
Properties:
Safe for food-contact and skin-contact applications
Dimensional stability
Smooth matte finish
Pleasant to touch
Tear strength, abrasion resistance
Chemical resistance against acids, alcohols, alkalis, and water
Resistant against dirt, washable
Recyclable
BPA-free
Low odor
Safe to use in electrical and electronic equipment
PEBA
This type of Flexfill is based on polyether-block-amide (PEBA), which was specially developed for processing by 3D printing. Although it is flexible with hardness 90 Shore A, it exhibits different thermal, mechanical, and chemical behavior from other Flexfill filaments (TPU,TPE )!
Properties:
Excellent mechanical properties
Flexible even at low temperatures
High reversible deformation
Rebound resilience preserved also at low temperature (down to -60 °C)
Great chemical resistance, for mention against car fluids (gasoline, diesel, oil, ...)
Resistant to cyclic loading without obvious damage
High energy return, low hysteresis
Tear resistance
The lowest density from flexible filaments
Recyclable, BPA free
Low fumes released
Safe for food contact applications (declaration sent per request)
Safe to use in electrical and electronic equipment
Properties:
Excellent mechanical properties
Flexible even at low temperatures
High reversible deformation
Rebound resilience preserved also at low temperature (down to -60 °C)
Great chemical resistance, for mention against car fluids (gasoline, diesel, oil, ...)
Resistant to cyclic loading without obvious damage
High energy return, low hysteresis
Tear resistance
The lowest density from flexible filaments
Recyclable, BPA free
Low fumes released
Safe for food contact applications (declaration sent per request)
Safe to use in electrical and electronic equipment
PLA
High quality of printing even in tricky details with excellent lamination. Made of natural ingredients and can be biodegraded by industrial composting.
Properties:
Good surface quality
Easy to work with at high print speeds
User-friendly for both home and office environments
Ideal for models and prototypes that require aesthetic detail
A wide range of color options available
High surface hardness
Suitable for room-temperature applications
Low odor
Biodegradable in an industrial composter
Made of natural ingredients (100% bio-based)
Safe to use in electrical and electronic equipment
Safe for food contact applications
BPA-free, styrene-free
Properties:
Good surface quality
Easy to work with at high print speeds
User-friendly for both home and office environments
Ideal for models and prototypes that require aesthetic detail
A wide range of color options available
High surface hardness
Suitable for room-temperature applications
Low odor
Biodegradable in an industrial composter
Made of natural ingredients (100% bio-based)
Safe to use in electrical and electronic equipment
Safe for food contact applications
BPA-free, styrene-free
SLA materials
Max part size 270x150x400 mm Layer 50um
Grey Modeling D74
Tensile Strength 35Mpa
Young’s Modulus 750Mpa
Elongation At Break: 6%
Young’s Modulus 750Mpa
Elongation At Break: 6%
Clear Modeling D85
Tensile Strength 33Mpa
Young’s Modulus 460Mpa
Elongation At Break: 4.3%
Young’s Modulus 460Mpa
Elongation At Break: 4.3%
White Modeling D74
Tensile Strength 35Mpa
Young’s Modulus 750Mpa
Elongation At Break: 6%
Young’s Modulus 750Mpa
Elongation At Break: 6%
Nylon Like Tough Black D82
Tensile Strength 62Mpa
Young’s Modulus 2050Mpa
Elongation At Break: 44%
Heat Deflection Temperature: 70C
Shrinkage 1%
Young’s Modulus 2050Mpa
Elongation At Break: 44%
Heat Deflection Temperature: 70C
Shrinkage 1%
PP like Engineering Black D66
Tensile Strength 32Mpa
Young’s Modulus 820Mpa
Elongation At Break: 72%
Shrinkage 1% per axis
Young’s Modulus 820Mpa
Elongation At Break: 72%
Shrinkage 1% per axis
BASF Ultracure3D ST 45 Blac
Young’s modulus: 2300 MPa
Tensile strength: 60 MPa
Heat deflection temperature: 73°C
Hardness: 80 D
Tensile strength: 60 MPa
Heat deflection temperature: 73°C
Hardness: 80 D
BASF Ultracure3D ST 45 Clear
Young’s modulus: 2300 MPa
Tensile strength: 60 MPa
Heat deflection temperature: 73°C
Hardness: 80 D
Tensile strength: 60 MPa
Heat deflection temperature: 73°C
Hardness: 80 D
BASF Ultracure3D ST 80 Clear
Impact strength (Notched Izod): 24 J/m
Young’s modulus: 1500 MPa
Elongation at break: 20%
Hardness shore: 80 D
Young’s modulus: 1500 MPa
Elongation at break: 20%
Hardness shore: 80 D
Thermoforming materials
Max part size: 650x620x300 mm
Max material thickness: 6mm
Max material thickness: 6mm
PMMA
PET
HIPS
ABS
HDPE
Vacuum casting materials
Max mold size 400x400x400 mm, Volume 1 liter
Epoxy resins
Translux D151 Clear 80A/80D
Polyurethane resin
RenCast FC 52 Biege D75-85
Casting materials
Max part size 1000x1000x500 mm
Epoxy resin
SLIP LG 100 Clear
Polyurethane resins
Smooth Cast 300 White 70D
Smooth Cast 327 Clear Amber 72D
Smooth Cast 45D Translucent White
Smooth Cast 65D White
Smooth Cast 80D Black
Smooth Cast 85D Biege
Task3
Task9
Task14
Task21 ABS Like
KXFlex
Simpact Series
Smooth Cast 327 Clear Amber 72D
Smooth Cast 45D Translucent White
Smooth Cast 65D White
Smooth Cast 80D Black
Smooth Cast 85D Biege
Task3
Task9
Task14
Task21 ABS Like
KXFlex
Simpact Series
Customer satisfaction

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material variants