Robotics
Robotics Manufacturing Solutions
Precision Components for Industrial & Collaborative Robots
Application Areas
Joint Components
Reducer housings, motor mounts, and encoder brackets requiring micron-level precision for smooth robot motion.
End Effectors
Customized grippers, vacuum suction brackets, and tool changers designed for specific production requirements.
Shells & Structures
Lightweight arm tubes, protective covers, and structural frames with integrated cable routing.
Materials & Processes
Metals
- Aluminum Alloys — Lightweight, good thermal conductivity for heat dissipation
- Stainless Steel 316L — Corrosion resistance for food-grade and medical robots
- Titanium Alloy — High strength-to-weight ratio for aerospace robotics
Plastics
- PEEK — High-temperature resistance, electrical insulation, biocompatible
- Nylon — Self-lubricating, good wear resistance for gear applications
- Alumina Ceramic — Insulators and high-wear components
Precision Standards
±0.01mm
Dimensional Tolerance
Ra 0.4–3.2μm
Surface Roughness
±0.02mm
Positioning Accuracy
0.0004mm
Roundness (Grinding)
Design Support
Integrated Design
We consolidate multiple parts into single 3D-printed components, reducing assembly steps and improving reliability.
DFMA Analysis
Design for Manufacture and Assembly review to optimize your parts for production efficiency.
Kinematic Optimization
Structural analysis and topology optimization to maximize stiffness while minimizing weight.
Build better robots with precision parts
Send us your CAD files for a free DFM review.
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