Search intent
Robotics and autonomy teams look for machining that respects motion, vibration and alignment — not just dimensional accuracy on paper.
Direct answer
Orvexyn CNC-machines robot and autonomy components: joint housings, motor mounts, sensor brackets, end-effector parts and structural links built for repeated duty cycles.
joint housingmotor mountsensor bracketend-effectorstructural linkrobot base
The engineering problem
A bracket that is accurate but too heavy, or stiff but poorly damped, can set back a whole system. The part must serve the machine's behaviour, not the other way around.
Typical engineering difficulties
- Weight versus stiffness on moving structures
- Maintaining alignment across a stack of joined parts
- Vibration and fatigue over repeated duty cycles
- Cable and sensor routing inside tight envelopes
Quality / inspection focus
- Mounting-face flatness and hole position
- Datum consistency across the assembly
- Fit checks on mating parts
- Finish verification for wear surfaces
Materials that may be involved
Aluminum 6061 and 7075Stainless steelTitanium where justifiedEngineering plastics for brackets
Processes that may be involved
CNC milling and turningSheet metalBrazing and joiningSurface finishing and anodisingAssembly
Related capabilities
Related solutions
What to send us
- Assembly drawing or CAD
- Load, motion and duty-cycle notes
- Tolerance and material requirements
- Quantity and current stage
Start a Project
Send a drawing, CAD, sample or the problem itself to the Manufacturing Desk.