Roboze 3D Printing Materials
The highest performing super polymers and composites in the world.
Explore the extensive variety of Roboze filaments available from SolidPrint3D.
Helios™PEEK 2005
Roboze developed Helios™ PEEK 2005, an exceptional composite material designed to enhance the mechanical, thermal, and surface finish properties of PEEK printed components.
By incorporating chopped ceramic fibers, it significantly speeds up time-to-market by reducing post-processing times by over 60%, surpassing other super polymers and composites.
Summary
- Superior surface finish
- Thermal and electrical insulation
- Stability at high temperatures
Carbon PEEK
Roboze CARBON PEEK stands out as the industry’s top-performing 3D printing super polymer. Building upon PEEK’s renowned qualities, it enhances thermal stability and stiffness.
By incorporating carbon fibers, it significantly boosts the mechanical properties of the produced components, bridging the gap with conventional manufacturing techniques.
Summary
- Mechanical resistance
- Heat resistance
- Chemical Resistance
PEEK
Roboze PEEK, a semi-crystalline super polymer, seamlessly integrates remarkable mechanical attributes with extraordinary thermal and chemical resistance properties.
It finds application in extreme scenarios where electrical insulation, high wear resistance, and a low coefficient of friction are essential requirements.
Summary
- Fatigue resistance
- Heat resistance
- Chemical Inertia
Carbon PA PRO
Undoubtedly, Roboze Carbon PA stands as one of the 3D printing materials with unmatched mechanical performance.
As a carbon fiber reinforced polyamide, it proves to be ideal for mechanical applications. Its exceptional tensile modulus makes it the perfect substitute for lightweight metal alloys.
Summary
- High Mechanical Resistance
- Chemical Resistance
- New application opportunities
ULTEM ™ AM9085F
Polyetherimide belongs to the high-performance technopolymers category, distinguished by its unique chemical-physical traits, such as exceptional resistance to hydrolysis and acid solutions.
It exhibits advanced thermal performance, enabling it to withstand high operating temperatures and endure repeated autoclave cycles. Additionally, it boasts crucial mechanical properties. Notably, it holds aerospace certifications.
Please note that ULTEM™ is a registered trademark of SABIC or its affiliates.
Summary
- Certifications for the flight
- Heat resistance
- Dimensional Stability
PEKK
Roboze PEKK (polyetherketoneketone) presents an optimised formulation, enabling seamless 3D printing of super-performing parts.
These components boast flame retardant properties, exceptional thermo-mechanical attributes, and excellent chemical resistance. It holds the UL 94 V-0 classification, further emphasizing its high-quality standards.
Summary
- High dimensional stability
- Easy to process
- Self-extinguishing material
ToolingX CF
Roboze ToolingX CF represents a thermoplastic composite material reinforced with carbon fibre.
This lightweight substance exhibits outstanding thermal stability and chemical resistance while inherently possessing self-extinguishing properties.
Summary
- Excellent chemical and thermal resistance
- Aluminium replacement
- Inherently flame retardant
Bio-based PA
Roboze Bio-based PA, enriched with natural fibres, emerges from Roboze’s dedication to crafting eco-sustainable, high-performance products with minimal environmental impact.
This engineering polymer proves to be an ideal choice for creating tools and equipment that accelerate manufacturing companies’ sustainability objectives, paving the way towards a brighter, more positive future for our planet.
Summary
- Low hygroscopicity
- Dimensional stability
- Excellent mechanical properties
Flex-TPU
Flex-TPU, a thermoplastic polyurethane, embodies exceptional flexibility, making it a versatile material for various applications like gaskets, anti-vibration mounts, and sheaths.
ROBOZE FLEX TPU surpasses other elastomers by offering a higher continuous use temperature (248°F/120°C), enhanced chemical resistance, and remarkable resilience against wear, abrasion, and impact.
Summary
- Flexible
- Versatile
- Chemical Resistance
PP
Polypropylene, commonly known as PP, stands as the most extensively utilised commodity polymer, particularly in applications for everyday objects and automotive components.
This popularity is attributed to its remarkable attributes, such as high resistance to shocks, abrasion, chemical agents, and excellent electrical insulating properties.
Summary
- High Resistance
- Commonly Used
- Electrical Insulation
FUNCTIONAL-NYLON
FUNCTIONAL-NYLON, renowned for its resistance to mechanical loads, exhibits exceptional resistance against organic compounds, thanks to its chemical properties.
With its high tenacity and resistance to aging, this material proves to be an ideal choice for applications in the metalworking sector.
Summary
- Mechanical Resistance
- Chemical Resistance
- Metalworking
Strong-ABS
Roboze Strong-ABS represents a stabilised ABS blend, boasting outstanding mechanical properties.
This material comes highly recommended for both prototyping and the production of functional components, even those subjected to rigorous mechanical tests.
Summary
- Excellent Mechanical Properties
- Dimensional Stability
- Aesthetics
ULTRA-PLA
Roboze ULTRA-PLA filament stands as a technical material designed for crafting high-definition components.
Formulated from a blend of loaded PLA, it proves to be the perfect choice for 3D printing prototypes and small series requiring precise definition and exceptional surface quality.
Summary
- Excellent Mechanical Properties
- Functional Parts
- Aesthetics
