Innovatefil® PEI is a 3D printing filament made of ULTEM™ 9085 resin. Due to its high glass transition temperature, it offers excellent properties at elevated temperatures.

Innovatefil PEI is a thermoplastic filament to be used in applications where high performance is required. It is focused on the aerospace, military or automotive sector. Its main advantage is its resistance/weight ratio, it also has excellent thermal and chemical resistance so it is especially suitable for objects with demanding applications.

HIPS filament is a thermoplastic material that possesses some unique characteristics: low hygroscopicity; solubility in d-limonene (a chemical solvent); and good impact resistance. Its features make it perfect as a support material. Devil Design HIPS has the advantage of being cost-effective, quick-printing, and durable. Devil Design HIPS is easily machined such as grinding, drilling or smoothing.

PLA 3D printing filament by a recognized Polish manufacturer, Devil Design. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 1 kg of bright pink PLA filament.

PLA filament is the most popular 3D printing material. PLA owes its popularity primarily to the ease of printing. The relatively low range of printing temperatures, as well as the fact that PLA filament does not require a heated table and a shielded chamber, means that this material can be used in the simplest 3D printers.

Spectrum Premium PLA High-Speed filament is designed for fast 3D printing at speeds of up to 800mm/s, allowing for the creation of highly precise models in significantly shorter times. This filament has been optimized for high-speed 3D printing technology, ensuring high flowability, rapid cooling and precise reproduction of details.
The enhanced mechanical properties of Premium PLA High Speed, surpassing standard PLA, are particularly important when printing at high speeds. The material stands out for its increased impact resistance and excellent layer adhesion. Premium PLA High Speed also boasts exceptional performance and quality, making it ideal for many applications, including rapid prototyping and conceptual modelling.

Tarfuse® PLA filament is a brand of 3D printing filaments of Grupa Azoty S.A., the largest chemical company in Poland.

ASA (Acrylonitrile Styrene Acrylate) is a UV-resistant weatherable polymer. Tarfuse ASA filament has a low-gloss matte finish that makes it a perfect filament for technical prints - especially when you don't want the high-gloss surface finish often associated with many other 3D printing materials such as ABS, PETG, or PLA. ASA's UV stability makes it an ideal material for outdoor applications that will experience intense exposure to the sun and weather.  ASA's exceptional mechanical and thermal properties - coupled with excellent UV stability - are why this resin is used in the auto, marine, and RV industries for exterior applications such as mirror housings, cowl covers, radiator grills, and sensor housings. 

PolyTerra™ PLA is a bioplastic 3D printing filament designed from the ground up to create the next generation of environmentally friendly filaments. Polymaker has combined organic minerals with PLA which significantly reduces the plastic content producing a more environmentally friendly 3D printing material.

The highest quality Everfil PC-ABS 3D printing filament from the Polish manufacturer, 3D Kordo.

Everfil PC-ABS 3D printing filament is a blend of PC/ABS polymers that provide enhanced mechanical and heat resistance, as well as a good surface print finish and good surface metal adhesion. Models printed from Everfil PC-ABS filament are designed for applications requiring high deflection temperature under load and high strength at low and high temperatures.

Lattice PETG is a medical-grade polymer composed of high-quality polyethene glycol [PETG]. This transparent colour filament will make it possible to make 3D parts with applications in contact with the skin.

Polyethene glycol is an amorphous and rigid thermoplastic. PETG is valued for its ease of use as well as its chemical resistance. The PETG filament is made from granules complying with ISO 10993-5 certification for skin contact, so it can be used to make prototypes of medical device packaging or prototypes of MD in contact with fluids (respirators, breathing duct, suction ...).

Spectrum PET-G Glow in the Dark is a PET-G-based filament blended with a concentrated phosphorescent pigment which causes the phosphorescence effect. Accordingly, they will emit their light once the printed items are exposed to an external light source. The material has all the typical characteristics of the pure PET-G. The added pigment has a neutral impact on the material’s properties