UNIVERSAL INDUSTRIAL MATERIAL
ABS-42 universal material, characterized by durability and high mechanical strength. It is also a material easy to to post-process. ABS is used in production, especially in prototyping elements with higher rigidity.
APPLICATIONS: prototypes, tools and accessories, gadgets and toys, decorative accessories
INCREASED RESISTANCE TO WEATHER CONDITIONS
ASA-39 material used where resistance to weather conditions is needed, especially UV light. High temperature resistance allows you to test models in direct sunlight without the risk of deformation or discoloration
APPLICATION: models requiring UV radiation resistance, automotive industry, elements used in the field
CREATED FOR RACERS
CF PA-12 A material that never fails on a race track – this is how we can dub the CF-PA-12 filament – a composite material enhanced with carbon fibre, which has found its use in 3D printing. It is particularly solid, highly stiff and resistant to ripping. The last feature is of particular interest here because carbon fibre is 2.5 times more durable that the popular ABS-42.
APPLICATIONS: production of parts for cars / drones /, intake manifold for a racing car, elements with high durability and low weight, functional prototypes, instruments and equipment
ABS FOR TECHNICAL AND PRECISE APPLICATIONS
ABS with high performance and great ease of printing, the granules of which are certified for standard biocompatibility for food contact and medical applications according to the following reference standards:
- ISO 10993-1 USP class VI
- EU No. 10/20111 and 21 CFR FDA
APPLICATION: precise prints for medical and food contact applications
FLAMMABLE AND FIREPROOF ABS FILAMENT
ABS V0 is a fireproof evolution of the popular ABS. It is a self-extinguishing, fire-resistant filament made of UL94 V0 certified granules for extinguishing flames.
APPLICATION: Particularly suitable for the production of components that may be exposed to heat sources and for electrical and electronic systems.
PC-60 is a material characterized by high strength, rigidity and resistance to high temperatures (HDT 143°C). It has a UL V2 flammability rating, which allows it to be used, for example, in the electrical and electronics industries. Due to its lightness and strength, it is used in the manufacture of components such as helmets and off-road vehicle body parts. In addition, it is characterized by increased resistance to UV radiation.
BIODEGRADABLE POLYMER WITH ADDITION OF CORK FIBER
Cork filament is an easy-to-process material based on PLA, 30% filled with a special cork fiber. It has cork properties such as lightness, flexibility and strength as well as low thermal conductivity, allowing for a realistic representation of natural cork.
APPLICATIONS: prototypes, consumer models, biodegradable models, design.
BIODEGRADABLE POLYMER WITH AN ADDED PAPER FIBER
Paper filament is an easy-to-handle material based on PLA, 30% filled with paper fiber. Thanks to this, prints made of PLA-Papier are perfect for coloring with crayons, felt-tip pens or poster paints.
We recommend drying the material.
APPLICATIONS: design, prototypes, consumer models, biodegradable models.
BASIC AND SUPPORTING MATERIAL
HIPS-20 used as both support material and material suitable for 3D printing. Printed elements made of this filament can be subjected to post-processing, such as gluing, grinding or painting. Safe material, commonly used for the production of packaging suitable for contact with food.
APPLICATION: enclosures, industrial parts, functional prototypes, decorative elements, large surface models
Belongs to styrene copolymers.
It is an ABS material reinforced with chopped carbon fibers. As a result, it offers greater stiffness, less shrinkage, increased compressive strength and greater temperature resistance than regular ABS. ABS CARBON is highly valued by drone manufacturers and modeling enthusiasts due to its increased stiffness compared to regular ABS. Due to the addition of carbon fiber, with abrasive properties, a nozzle made of a high hardness material such as hardened steel is required for ABS CARBON printing. We recommend printing with a nozzle of 0.6mm diameter.
To preserve the properties of the product, please keep it away from light, moisture and high temperature. Compliant with REACH regulation and RoHS directive.
Belongs to styrene copolymers.
It is designed for printing electronic components exposed to damage from electrostatic discharge. High electrical charge dissipation properties ensure the safety of integrated circuits and other electronic components and minimize the risk of damage to them. Hence, it is ideal for printing all kinds of housings, containers, feeders that come into contact with electronic devices that are just sensitive to electrostatic discharge. It is easy to print, lightweight and rigid. Thanks to its impact resistance, it guarantees durability and strength, as well as resistance to high temperatures.
To preserve the properties of the product, store it away from light, moisture and high temperatures. It complies with the REACH regulation and the RoHS directive.
PETG material reinforced with carbon fibers.
This combines the high temperature resistance of PETG with the strength that comes from the addition of carbon fibers. It also has very high bending resistance. Due to its stiffness, it is used for specific mechanical parts, especially in the automotive industry . Due to the addition of carbon fiber, with abrasive properties, a nozzle made of high hardness material such as hardened steel is required for printing PETG CARBON.
To preserve the properties of the product, keep it away from light, moisture and high temperature Compliant with REACH and RoHS directive.
SOLUBLE SUPPORTING MATERIAL
ODS-20 compared to water-soluble materials, ODS-20 is a mixture of polymers based on acrylate and is soluble in a mild alkaline solution. As a result, prints are less sensitive to moisture, have a longer shelf life and consistent quality over time. ODS-20 is characterized by very good adhesion to models made e.g. of PEEK, PA, PC, ABS / PC, TPE, ASA, ABS or PET.
APPLICATIONS: easier to print models with complex geometry, used in printers with a closed and actively heated chamber
NYLON WITH HIGH STRENGTH
PA-12 combines mechanical strength, flexibility and chemical resistance (oils, greases, gasoline) and superior thermal, great impact resistance, flexibility and great dimensional stability. Finish of this filament is quite smooth which gives it low friction properties (large sliding).
APPLICATIONS: automotive, electronics industry, metal replacement applications, such as bearings, gears, pulleys, sprockets and in industrial machinery for damping
BENEFITS OF TWO POLYAMIDE - PA 6 and PA 66
PA-6/66 HD high strength nylon. It is characterised by hardness, elasticity and bounce. It has properties similar to materials used by engineers to produce finished products.
APPLICATIONS: machine, electrotechnical, automotive, transport and machine-building industries
DURABLE BLEND OF POLYCARBONATE
PC-ABS-47 filament with high mechanical and temperature resistance, guaranteeing print durability and stability. Resistant to chemicals, including salts, acids and alkalis. The material is ideal for prototyping, printing specialized tools and producing final parts.
APPLICATIONS: automotive, casings, mechanical parts, high durability prototypes
MATERIAL FOR THE MOST DEMANDING
PEKK-A designed for industrial applications. It is selected by engineers who need a material with very high mechanical, chemical and temperature resistance. Excellent resistance to a wide range of chemicals, such as those used in the oil / gas, automotive, aerospace, industrial and chemical processing industries. It is characterized by high resistance to abrasion, stretching, compression and X-ray transparency.
ZASTOSOWANIA: intended for technical applications requiring a high resistance to temperature, insulating parts for electronic circuits or housings for electrical outlets, used in the oil/gas, automotive, aerospace, industrial, and chemical processing industries
APPROVED FOR FOOD CONTACT
PET-G-32 industrial material with low shrinkage, designed to work in extreme conditions. It is characterized by high printing accuracy. The material used for the production of packaging for food products and in medicine due to the possibility of sterilization. PET-G can be used in printing elements resistant to grease, oil and gasoline.
APPLICATIONS: medicine, mechanical components, packaging in the food industry, models requiring chemical resistance, functional prototypes, decorative elements
SPECIAL PETG FILAMENT REINFORCED WITH CARBON FIBER
PETG Carbon combines the high temperature resistance of PETG with the strength and durability of an admixture of carbon fibers. In addition to durability, carbon fiber is also very light, which positively affects the final weight of the print. The model printed with this filament will be lighter than the same one printed with ABS. In addition, it is characterized by excellent layer adhesion and greater resistance to crushing. Suitable for mechanical processing. Due to the fact that it is very abrasive (due to the addition of carbon fibers), a hardened steel nozzle should be used for printing.
APPLICATION: thanks to its stiffness, PETG Carbon is highly valued in the production of special parts, especially in the paramedical and automotive industries.
BIODEGRADABLE POLYMER MADE FROM RENEWABLE RESOURCES
PLA is one of the basic materials for fast prototyping, especially appreciated by 3D printing hobbyists or people starting their adventure with 3D printing. Universal, used in many industries. It is characterized by high precision and aesthetics of made models, ease of printing and excellent adhesion between layers.
APPLICATIONS: architecture, biodegradable models, prototypes, consumer goods
BIODEGRADABLE POLYMER MADE FROM RENEWABLE RAW MATERIALS
PLA is one of the basic materials for rapid prototyping. Especially appreciated by people starting their adventure with 3D printing.
The PLA-Bambus material is fully biodegradable and filled with 20% bamboo fibers.
APPLICATIONS: prototypes, biodegradable models, consumer models, design.
IDEAL SUPPORTING MATERIAL
PVA-20 polymer suitable as a support material due to its unique property of dissolving in warm water. Ideal for working as an auxiliary material for printing complicated geometries, large overhangs or complex cavities. Popularly used for the production of packaging dishwasher detergent “pods” or bags full of fishing bait.
APPLICATION: Complicated geometries
ALTERNATIVE FOR PEEK
THERMEC™ ZED excellent processability, guarantees reduced printing times and exceptional results in terms of mechanical properties and chemical resistance, there are no solvents known to attack it under 200°C, excellent adhesion between layers, preventing delamination and ensuring minimum warping
during the printing process (less than ABS), excellent alternative to PEEK but much easier to print
APPLICATIONS : automotive, chemical, petroleum and gas industry, printing tools and equipment exposed to high temperatures and even requiring sterilization, aeronautical design and every high-end applications requiring chemical resistance and outstanding mechanical properties
MULTI-COLOR FLEXIBLE MATERIAL
TPU-93A flexible material with a hardness of 93A Shore. It has such features as low processing shrinkage, high durability and good bonding of layers, making it suitable for the production of tool components, e.g. those in contact with the car body, flexible hoses, holders and housings
APPLICATIONS: gaskets, plugs, bumpers, bands, elastic hinges
ENGINEERING MATERIAL FOR COMPLICATED GEOMETRY
Ultrafuse® ABS Fusion+ characterized by increased temperature, chemical and mechanical resistance. Matt finish which significantly improves functionality and requires finishing. Good interact with water-soluble support filaments. The filament is based on an ABS grade which can be directly printed on glass without any adhesives or tape and has a higher success rate of prints due to extreme low warping.
APPLICATION: automotive parts, jigs and fixtures