Basic polymers for a fast, cost-effective design iteration and everyday functional parts. Churning through these design cycles is incredibly fast on the Prusa Pro HT90, allowing your team to easily validate ergonomics, lock in perfect tolerances, and finalize designs in a matter of hours.

Industry standard for tough, impact-resistant functional parts that need to withstand thermal stress and mechanical wear. Prusa Pro HT90 handles them effortlessly. Its actively heated chamber maintains a perfectly stable environment for stress-free, dimensionally accurate prints.

Elastic materials bridge the gap between rubber and plastic. These flexible polymers deliver extreme elasticity, impact absorption, and tear resistance, making them perfect materials for gaskets, grips, vibration dampers, and wearable components. The HT90's rock-solid bed and rapid cooling system handle flexibles perfectly.

By infusing polycarbonate (PC) and nylon (PA) with carbon fibers, these composites resist extreme wear and mechanical stress while drastically reducing the shrinkage and warping typical of their base plastics. Printing these highly abrasive and temperature-sensitive materials is seamless on the Prusa Pro HT90.

Aerospace-grade polymers with excellent thermal, chemical, and mechanical resistance. Carbon fiber reinforcement enhances strength, stiffness, thermal resistance, and dimensional stability. Extra lightweight material is ideal for parts in aerospace, automotive, and medical applications, and in machinery. Requires the high-temp head and active chamber heating.

Extreme thermal stability, resilience and dimensional stability makes these polymers the highest tier of advanced engineering thermoplastics. They can replace metal with strength but at a fraction of the weight. Print with the high-temp head at 500 °C nozzle temperature and 90 °C chamber.