Roboze technologies to meet the needs of sectors ranging from Aerospace to Motorsport, offer cutting-edge 3D printing materials.
Roboze technolpolymers, with high thermal and mechanical resistance like Carbon PEEK, or polymers with very high mechanical properties such as Carbon PA, are able to replace metal alloys in extreme applications.
Product customization, renewable design, resistance and durability of the finished product: these are the guarantees of Roboze 3D printing technologies and its thermoplastics.
Roboze CARBON PEEK adds extra thermal stability and rigidity to our already know PEEK. The addition of specially selected Carbon Fibers improve mechanical properties of the material and increase its HDT maintaining its properties even at a higher temperature than neat PEEK.
PEEK is a technologically advanced semi-crystalline thermoplastic polymer with excellent mechanical properties and chemical resistance in a wide range of conditions.
Polyetherimide belongs to the category of high performance technopolymers, or superpolymers, as it has very specific chemical-physical characteristics, including resistance to hydrolysis and acid solutions, very advanced thermal performances, including a very high operating temperature and therefore the possibility to support repeated cycles in autoclaves, and mechanical properties of absolute importance.
Developed for Roboze, Carbon PA is a Polyamide reinforced with 20% carbon fibers. Its high tensile modulus makes it ideal for high-end mechanical applications.
Carbon PA addresses all mainstream industrial needs including eco-friendly solutions (for its weight reduction and metal replacement), safety through impact absorption and flame protection, processing simplification and sustainability with its durability, long-term resistance and fluid resilience.
PP, polypropene, is a thermoplastic polymer used in a wide variety of applications and automotive components, thanks to its high bump, abrasion, and chemical resistant-electric insulation properties.
Glass PA is a glass spheres filled polyamide, which presents improved mechanical properties and minor moisture absorption compared to standard polyamides, ensuring high dimensional stability. It is also a good electric insulator.
Carbon PP is a carbon fiber filled polypropylene.
It is perfect for automotive applications because it guarantees the same performance of the PP with the advantages offered by carbon fiber in terms of traction resistance and stiffness.
ABS-ESD is a polymer produced with ABS and then composed according to a proprietary formulation of conductive additives and process/dispersion modifiers.
The result is a filament with excellent print characteristics with excellent ESD properties designed for use in critical applications requiring protection from electrostatic discharge.
Electrical resistivity: from 107 to 109 ohm
Stabilized ABS blend with excellent mechanical properties. Recommended for prototyping and production of functional components, also subjected to mechanical tests.
Rubber compound based on thermoplastic polyurethane. Material with high resistance to abrasion, wear and tear.
Technical material for high-definition parts composed of a special compound of PLA and other fillers. Ideal for printing prototypes and small batches that require high definition and mechanical rigidity.
LEXAN™ EXL AMHI240F is the new polycarbonate filament for FFF by SABIC.
A unique polycarbonate copolymer characterized by high impact resistance and ductility at low temperatures (up to -22 °F/-30 °C) developed for demanding applications in industries like aerospace, consumer and automotive.
Its compliance with UL94 V-0 flammability standard at 0.1 in (3 mm) makes it a candidate for a broad range of applications requiring better flame performance than standard polycarbonates.
Highly resistant to mechanical stresses, FUNCTIONAL-Nylon is not easily attacked by organic compounds due to its chemical resistance.
Its tenacity, low-cost and age resistance makes this material perfect for the metalworking industry.