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PLA NX2 is made from a renewable biopolymer. It combines good mechanical properties with a high degree of flexibility. It is suitable for industrial use, rapid prototyping, architecture, food applications etc. The raw material is approved in accordance with REACH, RoHS and FDA standards.
TPU 85A (Shore hardness 85A) is based on BASF Elastollan®, which is synonymous with reliability, consistent product quality and cost efficiency.
Ultrafuse® Support Layer filament has been developed for use in combination with Ultrafuse® Metal filaments. When printed between the support and the object, it creates a barrier during sintering and makes it easier to separate the support from the metal part. Ultrafuse® Support Layer is not intended for printing stand-alone parts, but should be printed as a layer attached to the support structures in dual extrusion printing.
DuraPro ABS was specially developed for industrial applications and is marked by its high level of process reliability. It is excellently suited for the production of components under high mechanical stress. The material is electrically insulating. DuraPro ABS is optimised for good layer adhesion, thermal stability, better flow properties and low warping. The raw material is approved in accordance with REACH, RoHS and FDA standards.
Technical filament made of polyamide modified for 3D printing.
In addition to its high heat resistance, ASA offers high weather resistance outdoors.
TPU FLEX is a durable elastomer based on polycaprolactone polyester. It was specially developed for industrial applications and is excellently suited to the production of elastic and damping components. The material is optimised for the FFF/FDM process in terms of thermal stability and better flow properties. The raw material complies with REACH and RoHS standards.
Ultrafuse® TPS 90A has been specially developed for fused filament fabrication and features an exceptional soft-touch surface. Ultrafuse® TPS 90A has a soft-touch, non-slip feel that is unique in fused filament fabrication. The properties of this material are complemented by low moisture absorption and impressive layer adhesion, which produces a particularly smooth surface and makes it the perfect choice for appliance handles and small-series production of seals. Ultrafuse® TPS 90A has been specially developed for fused filament fabrication and delivers an exceptional soft-touch surface. Ultrafuse® TPS 90A has a soft-touch, non-slip feel that is unique in fused filament fabrication. The properties of this material are complemented by low moisture absorption and impressive layer adhesion, which produces a particularly smooth surface and makes it the perfect choice for appliance handles and small-series production of seals.
Ultrafuse® PPSU has been specially developed for FFF printing and is based on state-of-the-art Ultrason® materials. Ultrason® resins are amorphous thermoplastics derived from polyethersulfone (PESU), polysulfone (PSU) and polyphenylsulfone (PPSU), offering a very high level of thermal resistance. With its broad spectrum of material performance benefits, Ultrafuse® PPSU can be successfully used in applications for which other plastics, such as polyamide, polycarbonate, polyoxymethylene and polyalkylene terephthalates, do not meet the performance requirements. Its inherent flame-retardant properties make it a particularly suitable material for the aerospace industry.
Ultrafuse® PC GF30 is a unique blend of PC and 30 % fibreglass specially developed for FFF printing. With a high level of heat resistance and good dimensional stability, Ultrafuse® PC GF30 is the ideal material for use in an industrial environment in which good temperature resistance and a high level of strength are required. Its UL94 V0 rating makes PC GF30 the perfect solution for applications in the transport industry requiring flame protection. Resistance to UV light and low moisture absorption make Ultrafuse® PC GF30 particularly suitable for indoor and outdoor applications.
Extrudr PEARL is made from renewable raw materials and developed for rapid prototyping applications. The material offers excellent tensile strength properties. The raw material is approved in accordance with REACH, RoHS and FDA standards.
Extrudr FLAX is made from renewable raw materials and, thanks to the added mineral filler, enables fast production speed. The material was developed for rapid prototyping applications. At high temperatures and a steady print speed, the surface becomes rough and resembles sandstone. The raw material is approved in accordance with REACH, RoHS and FDA standards.
Combines easy processability and very low moisture absorption with excellent strength.
Extrudr BioFusion is a new generation of special organically based materials developed for designers and makers. The material is available in lively colours. The raw material is approved in accordance with REACH, RoHS and FDA standards.
Greentec is a biopolymer specifically designed for high performance applications requiring high temperature resistance and good mechanical properties. In addition, the raw material is approved in accordance with the FDA, REACH and RoHS standards.
Ultrafuse® ABS Fusion is an engineering material that is easy to print and enables a much more efficient printing process.
Ultrafuse® PP GF30 contains 30 % fibreglass specially developed for 3D printing filaments, making Ultrafuse® PP GF30 compatible with any conventional FFF printer. PP has lower moisture absorption than PA, making Ultrafuse PP GF30 fully printable without the need for drying. Combined with its high degree of fibreglass reinforcement and excellent chemical resistance, Ultrafuse® PP GF30 is the preferred filament for particularly harsh environments. Its UV resistance makes it more suitable than any other PP-based filament in applications with direct exposure to sunlight.
Ultrafuse® PAHT CF15 is a high-performance 3D printing filament that opens up new application areas in FFF printing. It can be used in any FFF printer with a hardened nozzle. It is also compatible with BVOH, a water-soluble support material, and HiPS, enabling complex geometries to be printed for the most demanding operating environments. Ultrafuse® PAHT CF15 combines high levels of temperature and chemical resistance with excellent mechanical strength. Its excellent dimensional stability means there is minimal shrinkage of the printed component during printing, allowing for a straightforward printing process. The properties of the fibres ensure that the parts remain very strong and extremely stiff.
PLA PRO1 is an extremely versatile, robust bio-based PLA filament for professionals. It reduces the printing time (depending on the printer and object) and the strength outperforms the mechanical properties of printed ABS parts. Printer settings can be adjusted to achieve extremely high speeds or an unrivalled surface finish. Ultrafuse® PLA PRO1 has been developed as a high-speed engineering thermoplastic that is as easy to print as PLA at speeds previously considered unfeasible. Nevertheless, it has far superior mechanical properties that even surpass printed ABS objects - something that the most demanding users always had to compromise on before Ultrafuse® PLA PRO1.
PLA NX1 is made from a sustainable biopolymer that offers good mechanical properties. The material is suitable for industrial use, rapid prototyping, architecture, food applications etc. The raw material is approved in accordance with REACH, RoHS and FDA standards.
ABS is strong and flexible with a high level of heat resistance.
PP is a high-performance thermoplastic with low density, high elasticity and high fatigue resistance.
PA offers high strength, rigidity and good thermal distortion stability.
TPU 64D is the hardest elastomer in the flexible product line. It has a relatively high rigidity while maintaining a certain level of flexibility.
Technical filament made of polyamide modified for 3D printing with additional carbon fibre filler.
Extrudr WOOD is made from renewable raw materials such as lignin and other biopolymers. This wood-fibre reinforced plastic is characterised by exceptional processing properties. In addition, the raw material is approved in accordance with REACH, RoHS and FDA standards.
PLA Tough is ideal for sustainable, cost- and time-saving production of large components with impressive impact resistance.
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