01
What are you trying to build?
Robot arms, end-effectors, controller housings, mounting bases, camera brackets, sensor racks and precision fasteners — from single prototypes to repeatable batch production.
Solution
Robotics & Automation
Parts and assemblies that survive repeated duty cycles.
Direct answer
Orvexyn manufactures robot joint housings, motor mounts, reducer housings, robot bases, end-effector parts and sensor brackets by CNC machining, built for repeated duty cycles.
Typical components and entities
robot joint housingmotor mountreducer housingrobot baseend-effectorsensor bracketAGVAMR
02
What usually makes this difficult?
- Tolerance stack-up across joints and mating parts
- Weight vs rigidity trade-offs on moving structures
- Vibration and fatigue under repeated duty cycles
- Cable and sensor routing inside tight housings
03
How can ORVEXYN approach it?
- Review the full assembly, not just the individual part
- Define a material and process route per component
- Set a tolerance strategy where it actually matters
- Carry one validated design from prototype into production
04
Which processes / materials may be involved?
- CNC machining
- Sheet metal
- Extrusion
- Brazing
- Surface finishing
- Assembly
05
What should you send us to start?
- Assembly drawing or CAD (STEP/STP preferred)
- Load, motion and duty-cycle notes
- Tolerance and material requirements
- Quantity and current project stage
Example Application
Typical parts in this solution
These are application scenarios we prepare for — not customer case studies.
LiDAR housingCamera housingRadar bracketsSensor racksController housingsBattery housingsMounting basesCamera bracketsPrecision fastenersDelivery robot / AGV / AMR chassis
Ready to start a project?
Send a drawing, CAD, sample or the problem itself to the Manufacturing Desk for an engineering review.