Platform development
Machine and fabricate link arms, mounting plates, motor brackets, and chassis members while the robot layout and mass budget are still changing.
Components for Robot Arms,
Actuators, and Mobile Platforms
Source aluminum, steel, and engineering-plastic parts for joint assemblies, structural links, drivetrains, and chassis — from prototype robots to production units.
Quality documentation
Material certificates | Dimensional inspection reports | Revision control
Support from prototype robots through production units
Robot development moves through fast mechanical iteration, then into repeatable builds where weight, stiffness, and fit have to stay identical unit to unit. We manufacture to the current drawing and stated duty conditions.
Actuator and joint components
Produce actuator housings, gearbox and harmonic-drive interfaces, output flanges, and bearing seats where concentricity and fit determine backlash.
Repeat production runs
Reorder controlled revisions as unit volumes rise, with consistent materials, finishes, and weights across every batch.
Choose the process that fits the robot component
Geometry sets the route. Weight targets, stiffness, bearing and gear fits, wear life, finish, and assembly method determine the final specification.
CNC milling
For actuator housings, link arms, joint brackets, motor mounts, and end-of-arm interfaces.
Typical work: weight-reduction pockets, bearing bores, reference faces, dowel patterns, and installed hardware.
View CNC milling
CNC turning
For output shafts, joint sleeves, bushings, spacers, couplings, and rotary drive components.
Typical work: bearing fits, concentric bores, threads, grooves, and specified surface finishes.
View CNC turning
Sheet metal fabrication
For chassis frames, skins, covers, battery trays, cable guards, and welded mobile-base assemblies.
Typical work: laser cutting, bending, welding, hardware insertion, powder coat, and assembly.
View Sheet metal fabricationTypical robotics components
These part families fit our machining and fabrication processes. Load, duty cycle, and weight requirements must be defined by the customer drawing.
- Actuator and motor housings
- Joint and gearbox flanges
- Structural link arms
- Output shafts and couplings
- Chassis frames and battery trays
- Sensor, encoder, and camera mounts
- End-of-arm tool interfaces
- Assembly and calibration fixtures
Send the drawing and duty conditions.
Include quantity, material grade, finish, weight targets, bearing and gear fits, and any inspection or packing requirements.
Request a Quote
Or email sales@ensi-precision.com