OJTECH

ROBOTICS MANUFACTURING

Custom Parts for Robots, EOAT and Motion Assemblies

OUJI manufactures drawing-based robot frames, gripper parts, motor mounts and sensor brackets with the fit, weight and repeatability needed for moving assemblies.

  • Lightweight structures
  • Assembly-critical fits
  • Fast prototype iterations
Industrial robot and precision automation equipment
12 hoursRFQ drawing review
±0.01 mmTypical CNC tolerance
1 pieceOrder support
From 3 daysQualified lead time

WHY OUJI

Built Around the Drawing, Not a Standard Part

Robotic systems combine structural parts, moving interfaces and compact assemblies. OUJI reviews them as connected components, not isolated drawings.

01

Drawing-led engineering review

Material, tolerance, finish and critical features are checked before the manufacturing route is confirmed.

02

Multi-part assembly awareness

Hole patterns, bearing fits, cable paths and mating faces are reviewed together to reduce assembly surprises.

03

Critical features checked

Important datums, fits and dimensions become agreed inspection points before parts are released.

04

From one part to repeat orders

OUJI supports one-off prototypes, low-volume batches and controlled repeat production from the same drawings.

TYPICAL PARTS

Robot Parts We Commonly Support

Typical work ranges from lightweight prototypes to repeatable metal parts for end effectors and motion systems.
01

Gripper fingers

Custom profiles, soft-jaw interfaces and replaceable contact features.

02

End-effector plates

Lightweight plates with controlled mounting and datum patterns.

03

Motor and gearbox mounts

Bearing seats, pilot diameters and aligned fastening features.

04

Sensor and camera brackets

Compact mounts with stable orientation and cable clearance.

05

Robot frames and base plates

Machined or fabricated structures for stiffness and repeatable setup.

06

Shafts, pins and bushings

Turned motion components with fit and concentricity review.

MANUFACTURING ROUTES

Use the Process That Fits the Part

The manufacturing route is selected by load, geometry, quantity and how quickly the robot design is changing.

COMMON MATERIALS

Material Choice Follows Load, Environment and Finish

  • Aluminum 6061 / 7075
  • Stainless steel
  • Tool steel
  • POM / Delrin
  • PEEK and engineering plastics

QUALITY FOLLOW-UP

Control the Interfaces That Make the Robot Move Correctly

OUJI focuses inspection on the dimensions that affect assembly, motion and tool-center repeatability.
  1. 01

    Datum structure

    Drawing datums and assembly references confirmed before production.

  2. 02

    Bearing and shaft fits

    Critical diameters matched to the specified fit and inspection method.

  3. 03

    Hole-pattern position

    Mounting and dowel locations checked from the agreed datum system.

  4. 04

    Flatness and parallelism

    Mating faces reviewed to support alignment across the assembly.

START WITH YOUR DRAWINGS

Get a Practical Manufacturing Review

Send the 3D model, 2D drawing, material, quantity and delivery target.
Send Drawings for Quote