ARGO 500

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

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

Composite material with PEEK matrix for parts with high structural properties.

Carbon PEEK is a carbon fiber reinforced composite material with exceptional mechanical, thermal and chemical resistance properties.

The addition of carbon fibers makes the material even more mechanically resistant, allowing you to further advance the metal replacement process in even the most extreme industries.

Carbon PEEK is used in a wide range of industries. It is used in very specific areas where a further increase in mechanical performance is required for exceptional performance.

Carbon PA PRO is a composite material in which chopped carbon fibers are incorporated into a polyamide matrix, creating one of the highest-performing 3D printing polymers in the entire industry.

The reinforcement of the semi-crystalline PA 6 plastic with chopped carbon fibers results in a much stronger material than normal polyamide.

Roboze's carbon fiber reinforced PA has high mechanical strength, stiffness and thermal resistance. In addition, the polyamide matrix offers high toughness at low temperatures and easy processing.

A perfect candidate for metal replacement applications.

Polyetherimide falls into the category of high-performance technopolymers.

Roboze ULTEM AM9085F has very special chemical-physical properties, which include resistance to hydrolysis and acid solutions, advanced thermal properties such as long-term resistance to high operating temperatures, and absolutely essential mechanical properties. Thanks to outstanding thermal resistance, components gain the ability to withstand repeated cycles in an autoclave.

Certified for aerospace applications.

Roboze Carbon PA is undoubtedly one of the 3D printing materials with the highest mechanical performance.

It is a carbon fiber-reinforced polyamide, ideal for mechanical applications, and the perfect candidate to replace light alloys due to its high tensile strength.

Flex-TPU is a thermoplastic polyurethane which is characterized by its flexibility. This qualifies it for a wide variety of applications such as gaskets, anti-vibration mounts, jackets, and more.

Compared to other elastomers, Roboze FLEX TPU has guaranteed higher continuous service temperature (248°F/120 ° C), greater chemical resistance and good resistance to wear and abrasion.

Roboze PP, polypropylene, is the most widely used standard polymer, especially in applications for everyday objects and automotive components.

The high resistance to impact, abrasion and chemical agents, as well as its excellent electrical insulation properties, ensure perfect quality of the component.

FUNCTIONAL nylon is resistant to mechanical stress and is not easily attacked by organic compounds due to its chemical resistance. High toughness coupled with aging resistance make this material perfect for the metalworking sector.

Roboze Strong-ABS is a stabilized ABS blend with excellent mechanical properties. Recommended for prototyping and manufacturing of functional components that can also be subjected to mechanical testing.

Roboze ULTRA-PLA filament is an engineered material for high-resolution components.

It consists of a blend of loaded PLA and is ideal for printing prototypes and small batches that require high resolution and surface quality.

ABS-ESD is a polymer made from ABS loaded with carbon nanotubes and therefore conductive.

The result is a filament with excellent printing characteristics and outstanding ESD properties, designed for use in critical applications requiring protection against electrostatic discharge.

Roboze Helios PEEK 2005 is a unique composite material developed by Roboze to improve the mechanical, thermal and surface properties of PEEK printed parts.

It is reinforced with chopped ceramic fibers and accelerates time to market thanks to a reduction in post-processing times of over 60% compared to other superpolymers and composites.

The first bio-based high-performance polymer with natural reinforcement.

With the same specification and performance, but with 60% lower CO2 emissions than a petroleum-based carbon fiber reinforced PA, Roboze Bio-based PA enables manufacturing companies to move closer to their sustainability goals and contribute to a positive future for the planet. It is ideal for tooling and equipment manufacturing.

Low hygroscopicity: compared to classic PAs on the market, Roboze bio-based PA has a low tendency to absorb moisture present in the air. This property contributes to the mechanical and aesthetic quality of parts printed with Roboze systems.

Dimensional stability: the biological base reinforced with natural fibers enables the production of dimensionally stable parts that have a low risk of deformation during the printing process and meet the tolerances designed in CAD

Excellent mechanical properties: The mechanical properties of parts printed with Roboze Bio-based PA enable applications where tensile stresses on the order of 60 MPa can be expected. When the material is exposed to humidity, the modulus of elasticity decreases only marginally.