Search intent
Robot structural parts are judged by stiffness-to-weight, joint alignment and how they behave under repeated motion.
Direct answer
Orvexyn manufactures robot structural components — arms, links, bases, brackets and end-effector parts — judged by stiffness-to-weight and joint alignment.
robot armlinkrobot basebracketend-effectorreducer housing
The engineering problem
Every joint in a robot multiplies tolerance error. Structural components must be accurate where they connect and light where they move.
Typical engineering difficulties
- Stiffness-to-weight balance on moving links
- Tolerance transfer across joints
- Material choice for strength versus mass
- Repeatable production of matched sets
Quality / inspection focus
- Joint-face flatness and hole position
- Part-to-part consistency in sets
- Finish for wear surfaces
Materials that may be involved
Aluminum 6061 and 7075Stainless steelCarbon-friendly geometries in aluminum
Processes that may be involved
CNC milling and turningSheet metalJoiningSurface finishingAssembly
Related capabilities
Related solutions
What to send us
- Assembly drawing or CAD
- Load and motion notes
- Tolerance and material requirements
- Quantity and stage
ابدأ مشروعًا
Send a drawing, CAD, sample or the problem itself to the Manufacturing Desk.