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5PACK (5x 0.25kg)
Ideal to begin your 3D printing journey!
- Eco-friendly cardboard spools
- Always 5 spools 0.25 kg each
- Various materials & colors
GreenyHT™
Based on high-performance biopolymer with a softening temperature (VICAT) of up to 100°C.
- rough, matt print finish
- plasticiser-free
- biodegradable and compostable
PCTG Premium
Excellent easy-to-use alternative to well-known PET-G, combines the most desirable features of Tough PLA and Premium PET-G.
- heat deflection temperature (HDT) ? 76°C
- higher impact strength vs. Premium PET-G
- chemical resistance
PPS AM230™
Based on an engineering polymer with exceptionally high mechanical properties
- Vicat softening point – 236°C
- excellent chemical resistance
- solvent resistance
ASA-X CF10™
Composite filament based on an appropriately selected ASA with carbon fibre filling.
- 10% carbon fibers
- Vicat softening point – 101°C
- excellent resistance to outdoor exposure
ecoPET 9021
Eco-friendly polyester, technical material with more than 90% recycled content.
- thermal resistance up to 125°C (max. 200h)
- tensile strength increased by 20% compared to conventional PETG
- rigidity increased by 50% compared to conventional PETG
ASA Kevlar
Spectrum ASA Kevlar filament is a technical composite material based on a combination of ASA copolymer and aramid fibres.
- Aramid fibers reinforced
- good aging resistance
- matt print surface
PCTG GF10
Durability of PCTG enhanced by the advantages of glass fibre.
- 10% glass fibers
- high surface quality after printing
- good chemical resistance and electrical and thermal insulation
PCTG CF10
The carbon fibres used give the filament an extremely high stiffness.
- 10% carbon fiber
- HDT thermal resistance – 78°C
- high stiffness and tensile strength
PLA Pro
Improved flowability & extremely high impact resistance as compared to classic materials based on PLA.
- alternative for styrene-based materials
- perfect side surface
- increased thermal resistance (up to 85°C), post annealed
rPLA
Eco-friendly filament that fits into a sustainability initiative, created by reusing the recycled extrusion residual waste stream.
- manufactured from recycled materials
- environmentally-friendly cardboard spool
- easy-to-use, similar to classic PLA
PLA Premium
The most popular 3D printing filament, very easy to 3D print delivering perfect side surface. It shows full biodegradability.
- wide range of available colors
- user friendly
- heat distortion temperature – 55°
PLA Glitter
Highly aesthetical PLA-based filament blended with high-gloss silver or gold glitter particles.
- unique glitter-gloss effect
- reduced visibility of layers on the side surface
- improved hardness and compression resistance
PETG/PTFE
Well-known for its excellent mechanical properties PET-G, supplemented by adding 10% PTFE.
- 10% PTFE content
- reduced coefficient of friction in comparison to conventional PETG
- thermal resistance up to 70°C
rPETG
Eco-friendly filament that fits into a sustainability initiative, created by reusing the recycled extrusion residual waste stream.
- manufactured from recycled materials
- environmentally-friendly cardboard spool
- heat deflection temperature – 70°C
PET-G MATT
The matte finish of printed items considerably improves their aesthetic properties and also minimises the visibility of layers on the side surfaces of printed items.
- Vicat softening temperature – 75°C
- UV stabilization
- high rigidity of printed items
PLA MATT
Biodegradable PLA-based filament with additives allowing to obtain a matte surface of prints, which significantly increases their aesthetics.
- biodegradable
- UV stabilization
- improved mechanical properties
PLA Glow in the Dark
Incredibly strong photoluminescence effect (glowing in the dark with its own light) thanks to the use of a special phosphorescent pigment.
- unbelievably strong after-glow effect
- high aesthetic surface quality
- perfect interlayer adhesion
PLA SILK
The metallic gloss of the print surface significantly reduces the visibility of the layers & allows for exceptional aesthetic values.
- unique silky structure of prints
- original, phenomenal colors
- user friendly, easy to print
PLA Carbon
Carbon fiber reinforcement provides a significant increase in stiffness, hardness & tensile resistance.
- 10% carbon fiber
- high aesthetic, matte surface quality
- much higher compression resistance
PLA Tough
Perfect solution for printing functional components with mechanical properties close to those of ABS, while maintaining the simplicity of PLA printing.
- excellent alternative for styrene-based materials
- more elastic than classic PLA
- higher impact resistance of printed items as compared to their ABS equivalents
PLA Thermoactive
Filament based on pure PLA blended with a thermochromic pigment, changes its colour according to the temperature.
- colour changing ability at ca. 30°C
- red -> cream
- previous colour is restored gradually once the item reaches its initial temperature
PLA Stone Age™
Original series of PLA-based filaments created to imitate the “stony” structure of the printed items.
- beautiful, aesthetic imitation of stone
- layer masking
- manufactured in two shades: Stone Age Light and Stone Age Dark
smart ABS™
?Smart? version demonstrates improved processing parameters: essentially lower shrinkage & increased flow rate.
- Vicat softening temperature ? 93°C
- high impact resistance and rigidity
- easy post-processing (grinding, drilling, sawing)
ASA 275™
Professional grade material showing excellent resistance to external exposure, changing weather conditions & UV radiation.
- Vicat softening temperature – 94°C
- high speed 3D printing (up to 200mm/s)
- ease of printing comparable to classic PLA
PET-G Premium
Secon most popular material for 3D printing. Its significant advantage of PETG is practically no shrinkage, odorlessness & chemical resistance.
- Vicat softening temperature – 78°C
- very good mechanical properties
- combines the advantages of PLA and ABS
PET-G Carbon
Carbon reinforced PET-G-based filament offering a considerably higher rigidity, hardness & tensile resistance.
- Vicat softening temperature – 80°C
- 10% carbon fiber
- high aesthetic, matte surface quality
PET-G Glow in the Dark
The transparency of PET-G makes the photoluminescence effect (glowing in the dark with its own light) even stronger.
- unbelievably strong after-glow effect
- ease of printing as for standard PET-G
- perfect layer adhesion
PET-G Glitter
Highly aesthetical PETG-based filament blended with high-gloss silver or gold glitter particles.
- unique glitter-gloss effect
- reduced visibility of layers on the side surface
- odour-free printing
ABS Kevlar
Composite filament based on ABS with the addition of aramid fibers, commonly known as Kevlar.
- industrial-grade composition
- Vicat softening point – 95°C
- high rigidity and impact strength
ABS GP450™
Industrial grade material exhibiting much higher mechanical strength than other similar materials available on the market.
- Vicat softening temperature – 95°C
- burning behavior UL 94 (1.6mm) ? HB
- high speed printing (200mm/s) without quality & mechanical properties losses
ABS Medical
Manufactured using ABS pellets that meet the biocompatibility requirements of USP Class VI or ISO 10993-1 certifications.
- Vicat softening temperature – 95°C
- biocompatible up to 30 days in contact with the human body
- food contact approved according to EU No 10/20111 and 21 CFR FDA regulations
PC/PTFE
Advanced polycarbonate-based (PC) composite filament with the addition of PTFE commonly known as teflon.
- Vicat softening point – 145°C
- flammability rating UL 94 (3.0mm) – V1
- low processing shrinkage (linear) approx. 0.6%
PP
PP features high flexibility (ultimate elongation – 500%) & high impact resistance plus reduced moment of inertia as compared to metal parts. Made with LUVOCOM 3F® 3F PP 9929 NT.
- low processing (linear) shrinkage <0.3%
- Vicat softening temperature – 135°C
- chemical resistance to lubricants and oils
PA6 Low Warp CF15S
Heat-stabilised, carbon fibre-filled composite material. A true heavy-duty specialist.
- high mechanical properties
- excellent chemical resistance
- HDT thermal resistance – 180°C
PA6 Low Warp GF30™
Applied glass fibers increase mechanical refinement in terms of tensile and compressive strength.
- 30% glass fibres
- excellent chemical resistance
- HDT thermal resistance – 180°C
PA6 Neat NT
Highly functional filament based on polyamide 6 with increased mechanical strength & exceptional thermal properties. Made with LUVOCOM 3F PAHT® 9875 NT.
- high creep resistance
- good tribological properties
- high temperature up to 160°C for short-time operation (max. 200h)
PA6 Neat BK
High-temperature PA6-based construction material in black colour offering increased mechanical strength & temperature resistance. Made with LUVOCOM 3F PAHT® 9936 BK.
- chemical resistance to lubricants & oils
- high resistance to corrosion stimulators
- high temperature up to 160°C for short-time operation (max. 200h)
PA6 CS20 FR V0
Thanks to the halogen-free flame retardant used, the UL-94 V0 flammability rating is achieved on >0.4 mm thick printed parts. Made with LUVOCOM 3F PAHT® KK 50056 BK FR.
- electrical insulator
- professional flame-resistant material
- raw material used complies with the EN 45545 standard in the railway industry
PA6 GK10
Filled with glass micro-spheres, being an electrical insulator, it is stiffer & lighter than the polyamide the material is based on. Made with LUVOCOM 3F PAHT® GK 9874 NT.
- chemical resistance to lubricants & oils
- good tribological properties
- high temperature up to 160°C for short-time operation (max. 200h)
PA6 CF15
Filling with carbon fibers increases significantly the mechanical strength of the polyamide the material is based on. Made with LUVOCOM 3F PAHT® CF 9742 BK.
- 15% carbon fiber
- high hardness and rigidity
- heat distortion temperature – HDT A 200°C
PET-G FX120™
Flexible material designed for engineering applications requiring both the durability of an engineering-class polymer & strength.
- Shore hardness 95A
- max. operating temperature up to 120°C
- possibility to steam sterilise
PET-G FR V0
Halogen-free, flame-resistant PETG-based filament designed to provide a high level of safety in everyday or working environments.
- designed to meet UL 94 V0 standards
- flame-resistant, self-extinguishing
- excellent dimensional stability
PET-G HT100™
Intended for advanced users, who require excellent durability from printouts working in real conditions.
- high temperature resistance (100°C)
- FDA compliance
- chemical resistance
PET CF15
The easiest-to-print carbon fiber filled material showing much better temperature & mechanical properties than PET-G based materials. Made with LUVOCOM® 3F PET CF 9780 BK.
- 15% carbon fiber
- high Z-strength
- high temperature up to 125°C for short-time operation (max. 200h)
HIPS-X™
It is usually used as a carrier for components made from ABS, where HIPS-X carriers are dissolved in D?Limonene.
- ability to absorb and dissipate energy
- high impact resistance
- Vicat softening temperature – 96°C
PA6 Low Warp™
The improved cohesiveness of PA6 Low Warp allows the high intrinsic shrinkage to be significantly reduced.
- durable construction material
- electrical insulation properties
- chemical resistance to lubricants and oils
S-Flex 98A™
S-Flex 98A is based on a thermoplastic polyether polyurethane, characterized by a relatively easy and error-free 3D printing process.
- up to 510% elongation at break
- Shore hardness of 98A
- reduced stringing effect
S-Flex 85A™
S-Flex 85A parts are characterized by high resistance to hydrolysis, good recyclability, and excellent resistance to dynamic forces.
- up to 650% elongation at break
- Shore hardness of 85A
- high tensile and tear strength
S-Flex 90A™
S-Flex 90A is a filament designed for 3D printing, making it much easier to produce flexible objects than other such materials.
- up to 500% elongation at break
- Shore hardness of 90A
- resistance to common oils and industrial chemicals
WOOD
Not only the appearance of wood, but also the texture of real wood can be felt by touch.
- made from biodegradable raw materials
- natural wood content
- perfect side surface of prints
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