ABS copolymer is widely used in 3D Printing because of its universal combination of mechanical properties, i.e., it achieves a compromise between impact strength, stiffness, and breaking or bending strength.
The versatile filament, thanks to the increased adhesion between print layers and the low shrinkage of the material, allows you to print models without the risk of deformation after cooling.
High quality polyamide filament. Carbon fiber reinforcement allows to reduce the component weight while maintaining high rigidity of the material.
Special glass fiber reinforced polyamide, so it shows higher strength, stiffness and dimensional stability.
High impact polystyrene amorphous thermoplastic. A standard material offering ease of processing, rigidity and impact strength.
Nylon, with considerable strength and stiffness, has unrivaled mechanical fatigue resistance among materials available for FDM technology.
This polycarbonate is a transparent thermoplastic material with high rigidity and very high mechanical strength.
Combining the best features of PC and ABS gives the most optimal results. This translates into higher shape retention at elevated temperatures, among other things.
Polypropylene is used in many industries, e.g. automotive, medical and manufacturing, due to its high chemical resistance, high durability and low weight.
A high-temperature thermoplastic with properties that benefit biomedical applications and an outstanding mechanical property profile – also at high temperatures.
PEEK CF with carbon fibre is one of the best filaments for FDM 3D printing. It is a combination of the characteristics of PEEK filament and carbon fibre, which increase the mechanical properties of the material – impact strength, tensile strength and bending strength by up to 20%.
A copolymer mainly known as a food packaging material. Due to the addition of glycol, the polymer is well suited for use in FFF technology, among other applications.
Thermoplastic polyurethane with its high flexibility allows for the production of precisely tailored parts and flexible components for mechanical systems.
Soluble support material for high-temperature PEEK, as well as other low-temperature materials, supports printing process optimization.
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