3D Printing materials

Roboze CARBON PEEK is considered the highest performing 3D printing super polymer in the entire industry. To the well-known characteristics of PEEK, it adds greater thermal stability and stiffness. The addition of carbon fibers dramatically increases the mechanical properties of the component produced, eliminating the gap with traditional manufacturing techniques.

Roboze PEEK is a semi-crystalline super polymer that combines excellent mechanical characteristics with incredible thermal and chemical resistance properties, used in extreme applications where electrical insulation, high wear resistance and low coefficient of friction are also required.

Roboze Carbon PA is undoubtedly one of the 3D printing materials with the highest mechanical performance. This is a carbon fiber reinforced polyamide. It is ideal for mechanical applications and, due to its high tensile modulus, is the perfect candidate for replacing light metal alloys.

Polyetherimide falls into the category of high performance technopolymers as it has very particular chemical-physical characteristics that include resistance to hydrolysis and acid solutions, advanced thermal performance maintaining high operating temperatures, and therefore, the ability to withstand repeated cycles in an autoclave, plus mechanical properties of absolute importance. Certified for aerospace.

ULTEM ™ is a registered trademark of SABIC or its affiliates.

Roboze PEKK (polyetherketoneketone) is an optimized formulation that allows you to easily print super-performing parts, characterized by flame retardant properties, high thermo-mechanical properties combined with excellent chemical resistance. It is UL 94 V-0 classified.

Roboze ToolingX CF is a carbon fiber reinforced thermoplastic composite material. It is lightweight and has  exceptional thermal stability, chemical resistance, and is inherently self-extinguishing.

Bio-based PA was born from the combination of Roboze's commitment to develop high-performance eco-sustainable products with reduced environmental impact. It is an ideal engineering polymer for the production of tools and equipment that accelerates the achievement of manufacturing companies' sustainability goals while contributing to a positive future for the planet.