Cases
Robotics Parts Cases
Joint modules · Reducers · Motion control precision machining cases. Proven track record delivering high-precision motion control components.
Case Studies
Featured Robotics Cases
Selected projects demonstrating our robotics machining capabilities.
Joint Module Housing
- — 5-axis machining from solid billet
- — Bearing seat concentricity ±0.003mm
- — Lightweight wall design
- — Hard anodized surface
Tolerance Achieved
±0.005mm
Material
Aluminum 7075-T6
Reducer Planet Carrier
- — Gear hobbing + CNC finishing
- — Tooth profile accuracy Grade 5
- — Heat treatment HRC 58-62
- — Batch of 300 units
Tolerance Achieved
±0.01mm
Material
Steel 20CrMnTi
End Effector Base
- — Multi-face milling in single setup
- — Mounting hole pattern ±0.005mm
- — Lightweight pocketed design
- — Quick-change adapter compatible
Tolerance Achieved
±0.005mm
Material
Aluminum 6061-T6
Encoder Bracket
- — Precision CNC milling
- — Datum surface flatness 0.01mm
- — Compact form factor
- — Passivated finish
Tolerance Achieved
±0.01mm
Material
Stainless 303
Product Gallery
Featured Product Renders
Representative product renders — material, process, and surface detail.
Robot Rotary Joint
Aluminum · 5-axis milling · H7 bearing seat
Harmonic Reducer Housing
Steel · turn-mill · class-6 gear accuracy
Lightweight Arm Bracket
Aluminum 6061 · milled + stress-relieved · ±0.02mm
Quality Control
Robotics Quality Standards
Motion control components demand the tightest tolerances and surface finishes.
Repeatability Test
Parts tested across multiple batches for ±0.005mm repeatability. Quality data available for critical dimensions.
Surface Roughness
Bearing surfaces finished to Ra 0.4–0.8. Mating surfaces matched for optimal fit and motion.
Heat Treatment Report
Gear and shaft heat treatment documented with hardness test results. Full process traceability.
Stability Check
Stress-relief treatment before final machining. Parts measured at controlled temperature for accuracy.
Have a similar project?
Upload your drawing and our engineers will provide a quote and DFM feedback within 24 hours.