In 3D printing we use the following materials:

We are offering cooperation with 3D print for companies. 3D print technology is ideal for making prothotype models and first steps for making final product. Offered materials for 3D print: ABS, PLA, PET, FLEX, Corkfill, Copperfill 

ABS: is a very strong and versatile material with great thermal resistance. It's suitable for both indoor and outdoor use. ABS includes high wear-resistance synthetic rubber, which makes it very strong and impact resistant. And last but not least, it's soluble in acetone!

PLA: is the most commonly used filament. It's biodegradable, easy to print, and very strong material. The perfect choice for printing large objects thanks to its low thermal expansion (little to no warping) and for printing tiny parts because of its low melting temperature.

PET: is a very tough material with good thermal resistance. Its use is universal but especially suitable for mechanical parts and both indoor and outdoor use. PET has almost no warping, so printing large objects isn't a problem. We use PETG to print parts for our printers!

FLEX: Flexfill is a simple to use flexible printing material. Prints are rubbery and really tough.

CORKFILL: is a special filament with PLA base mixed with cork fibres. Prints can be polished to achieve a natural wood-like look. Corkfill is less abrasive than metal composites, but we suggest to use larger nozzles (0.5 mm and higher).

BVOH: Butenediol vinyl alcohol co-polymer for use with 3D printers - water-soluble support material for complex 3D printed objects

COLORFABB XT: is a simple to use printing material. Great for larger prints that need to have good thermal resistance.

COPPERFILL: is a special filament with PLA base mixed with copper powder. Prints can be polished to achieve a metallic look. The high amount of metal particles makes this filament very abrassive, we suggest using a hardened steel nozzle.

SLS: Selective Laser Sintering is a 3D printing technology (additive production) using a polyamide powder as the base material. It is applied to the building platform by layers of 0.1 to 0.15 mm and each layer is cast by a laser beam.