Success Story
Optimized parts for CubeSat missions
Chemical Resistance: Carbon PEEK enhances durability in extreme conditions reducing maintenance operations.
No Post-Processing: As-printed parts eliminate additional steps, optimizing time and production costs.
Lightweight Design: 63% weight reduction improves CubeSat efficiency, stability, and launch safety.
63%
Weigth reduction
2x
Increased strength-to-weight ratio
90%
Cost savings vs CNC
Why Roboze
Max Payload Efficiency
Reduce weight while maintaining exceptional strength, maximizing available payload capacity for critical space missions.
Integrated Design
Free up internal satellite space by optimizing geometries, allowing the integration of additional mission-critical functionalities.
Space-Grade Materials
Designed to withstand radiation, outgassing, and atomic oxygen exposure, ensuring long-term reliability in harsh space environments.
Faster Production
Manufacture space-ready components in just days, significantly reducing long lead times and improving supply chain resilience.
Complex Geometries
Produce intricate, high-performance structures with unmatched precision, optimizing weight, functionality, and overall spacecraft efficiency.
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Let’s Talk about Solutions
From launch to deep space missions, Roboze redefines space manufacturing with high-performance production.
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