The materials we offer are successfully used in automotive, foundry, aerospace, medicine, injection mold production, as well as in research institutes, higher education and design.
FILSHAPER materials enable smooth final processing, especially polishing and varnishing.
Marek Schnitzer
Technical University of Košice
VSHAPER 3D printing filaments are a rational choice when materials dedicated to the industry are needed, at an affordable price and ensuring successful prints.
The constantly expanding range of products that can be used in many types of printers available on the market guarantees the expected precision of prints.
3D printing filaments (FILSHAPER) meet European standards for quality and safety.
The materials we offer are successfully used in the automotive and aerospace industry, foundry, med-tech, as well as in research institutes, higher education and design.
Compare the features of recommended filaments and choose a solution that satisfies your needs.
Combining the properties of PEEK with the strength of glass fibre. High-performance composite material with thermoplastic properties.
excellent chemical resistance
temperature resistance
high strength and rigidity
dimensional stability
High impact polystyrene amorphous thermoplastic. A standard material offering ease of processing, rigidity and impact strength.
Easy to process
Resistance to impact
Suitable for food contact
Multi-purpose material (support and base)
Polypropylene is used in many industries, e.g. automotive, medical and manufacturing, due to its high chemical resistance, high durability and low weight.
High chemical resistance
High mechanical strenght
Excellent layers adhesion
Non-toxic
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.
Good insulating properties
High impact strength
High mechanical strength
High thermal resistance
Nylon, with considerable strength and stiffness, has unrivaled mechanical fatigue resistance among materials available for FDM technology.
High chemical resistance
High flexibility
Very good adhesion of print layers
High impact 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.
Good layer adhesion
Resistance to UV radiation
Low shrinkage
High chemical resistance
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.
High mechanical strength
High temperature resistance
High impact strength
Resistance to UV radiation
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.
Resistance to UV radiation
High impact resistance
Good chemical resistance
Low shrinkage
A high-temperature thermoplastic with properties that benefit biomedical applications and an outstanding mechanical property profile - also at high temperatures.
Great chemical resistance
UV resistance
Sterilizable
Heat resistance
Thermoplastic polyurethane with its high flexibility allows for the production of precisely tailored parts and flexible components for mechanical systems.
High resistance to dynamic loads
Very good resistance to weather conditions
High flexibility
High resistance to cracking
Special glass fiber reinforced polyamide, so it shows higher strength, stiffness and dimensional stability.
Very high mechanical strength
Good electrical insulating properties
Higher thermal resistance
Low susceptibility to deformation
This polycarbonate is a transparent thermoplastic material with high rigidity and very high mechanical strength.
High impact resistance
Biocompatibility
Stiffness over a wide temperature range
Good electrical insulating properties
High quality polyamide filament. Carbon fiber reinforcement allows to reduce the component weight while maintaining high rigidity of the material.
High heat resistance
High tensile strength
Good chemical resistance
Higher rigidity and dimensional stability than PA12
Soluble support material for high-temperature PEEK, as well as other low-temperature materials, supports printing process optimization.
Solubility in an alkaline aqueous solution
Strong adhesion to model materials
Supports the maintenance of set geometries
Easy removal with complex models
SOFTSHAPER
SOFTSHAPER software supports the creation of the most technologically advanced models.
More details
Define business requirements and let us prepare an offer best suited to your needs.
Get a Quote