The most widely used material for 3D printing. Easy to print, wide color selection, dimensionally accurate. Excellent for prototypes, visual models, and parts without mechanical stress. Not suitable for parts exposed to temperatures above 55 °C.

Versatile material with an excellent price-to-performance ratio. Chemically resistant, tough, handles impacts well. Suitable for covers, jigs, brackets, and parts in contact with water.

Classic industrial material. Heat resistant, rigid, easy to post-process (sanding, gluing, acetone smoothing). Suitable for automotive industry parts and mechanical assemblies exposed to temperatures up to 100 °C.

Alternative to ABS with significantly better UV resistance. The material of choice for outdoor applications - camera housings, sensor mounts, garden elements. Color and mechanical properties remain unchanged even after years in direct sunlight.

High strength, toughness, and wear resistance. Suitable for gears, sliding bearings, pantographs, and parts subjected to repeated mechanical load. Absorbs moisture - store in a dry place.

Lower moisture absorption than PA6, better dimensional stability. Handles chemicals and repeated stress well. Ideal for precision functional parts, connectors, and housings.

Extremely tough and impact resistant. Transparent, heat resistant up to 130 °C. We print at 350 °C on Prusa H2S/H2C. Used for protective covers, optical elements, and parts subjected to impacts.

Nylon reinforced with short carbon fibers. Extreme stiffness at low weight. Dimensionally stable, minimal shrinkage. Replacement for metal parts in jigs, robotics, and drones.

PETG reinforced with carbon fiber. Easier to print than PA-CF, no moisture absorption. A good choice for rigid covers, frames, and structural elements where you don't need extreme heat resistance.

Nylon reinforced with glass fibers. A more affordable alternative to PA-CF with good stiffness and heat resistance. Suitable for larger structural parts and industrial jigs.

The top-tier thermoplastic for the most demanding applications. Heat resistance up to 250 °C, chemical resistance to almost anything, biocompatible. We print on Prusa Pro HT90 (nozzle 500 °C, chamber 90 °C). Replacement for metal parts in aerospace and medicine.

High-temperature material used in the aerospace and space industry. Self-extinguishing (UL94 V-0), resistant to sterilization. Suitable for parts near engines, electronics, and repeatedly sterilizable instruments.

Chemically inert even to aggressive solvents and fuels. Dimensionally stable, minimal moisture absorption. Used in the chemical industry, automotive sector, and wherever standard plastics fail.

Soft, elastic material similar to rubber. Ideal for seals, protective cases for electronics, damping pads, and ergonomic grips. Resistant to abrasion and repeated bending.

Harder variant of TPU for parts that need both flexibility and load-bearing capacity. Suitable for functional springs, hoses, roller covers, and parts subjected to repeated mechanical stress.

Smooth surface with extreme detail (±0.05 mm). For visual prototypes, miniatures, figurines, and presentation models where appearance matters more than mechanical properties.

Combination of high detail and mechanical durability. Suitable for functional prototypes, precision brackets, and parts where you need resin's dimensional accuracy along with strength for real-world use.

For precision castings using the lost-wax method. Burns out completely during mold firing. Used for custom jewelry production, dental crowns, and precision metal castings.