Precision Machining and Metrology

Custom CNC machining, precision turning, fixture planning, and measurement support for humanoid actuator housings, flanges, shafts, bearing seats, and interfaces.

Best Fit For:For teams that need reliable mechanical execution after the actuator architecture is defined.

Precision machined actuator casing for humanoid robot joint metrology

Capability Highlights

Precision machining review for tight actuator housing and interface tolerances
Inspection planning for bearing seats, concentricity, flatness, runout, thread quality, and surface finish
Prototype and pilot machining coordination with FAI and outgoing dimensional records

Typical Engagement Scope

Humanoid actuator housings and covers
Output shafts, flanges, bearing carriers, and torque sensor interfaces
Pilot-volume precision actuator mechanical parts

Execution Focus

Turn actuator tolerance stack into manufacturable drawing notes and inspection gates
Align material, surface treatment, datum structure, and assembly fixture strategy
Control first article inspection and pilot-part consistency

Program Evaluation Matrix

Program Metric	Typical Range	Procurement Value
CTQ measurement coverage	Drawing dependent	Actuator reliability depends on small mechanical dimensions that must be measured consistently.

RFQ Preparation Checklist

2D drawings, 3D CAD, material, surface treatment, tolerance class, and CTQ dimensions
Inspection report requirement and sample quantity
Assembly responsibility and expected pilot volume

Risk and Mitigation

Machined parts meet isolated dimensions but fail assembly fit: Review datum scheme, tolerance stack, bearing fit, shaft alignment, and assembly fixture before production.