Repeatable location
Locating pins, datums, and mounting faces need clear relationships for fixture and sensor repeatability.
Industry manufacturing
Automation Manufacturing Support
Custom mechanical parts for production equipment, test systems, fixtures, sensing, and handling equipment.
- Fixtures
- Gripper parts
- Mounting plates
- Sensor brackets
Industry overview
Repeatable machine interfaces for sensing, handling, and production control.
Automation equipment depends on fixtures, sensor mounts, gripper jaws, guide blocks, machine panels, and structural interfaces that assemble quickly and hold position through repeated operation. Designs often mix machined parts, fabricated covers, and printed development aids.
Manufacturing review focuses on alignment, service access, replaceable wear features, hardware, cable routing, and the relationship between the part drawing and the larger machine assembly.
Manufacturing challenges
Common mechanical questions in automation projects.
Fast assembly
Tool access, captive hardware, cable clearance, and replaceable modules affect line-side maintenance.
Mixed fabrication
Machined blocks, bent panels, welded frames, and printed guides must share compatible interfaces.
Wear management
Contact pads, guide surfaces, and gripper zones may need replaceable inserts or wear-focused materials.
Suitable processes
Manufacturing routes connected to the part geometry.
Typical materials
Material options that still require application approval.
Typical parts
Component families for automation engineering teams.
Fixtures
Gripper parts
Mounting plates
Sensor brackets
Machine guards
Guide components
Quality considerations
Inspection follows the drawing, function, and process risk.
- QC 01
Control locating features and mounting faces from the assembly datum strategy.
- QC 02
Check hole patterns, hardware clearance, and sensor alignment before release.
- QC 03
Inspect welded or bent assemblies for fit rather than applying unnecessary tight tolerances everywhere.
- QC 04
Confirm labels, finishes, and grounding areas after coating.
Related parts
Representative geometry from the parts gallery.
Gallery metadata supports manufacturing discussion but does not establish customer identity, end use, or confidential project ownership.
Project-type examples
Structured examples without invented customer stories.
Project-Type Example
Aluminum Robotic Joint
A project-type example showing how a complex aluminum robotic joint can be reviewed from functional datums through machining, finishing, and inspection.
Review exampleProject-Type Example
Sheet Metal Control Enclosure
A project-type example for a control enclosure combining laser cutting, bending, hardware, joining, coating, and assembly-led inspection.
Review exampleFAQ
Automation manufacturing questions.
Can Kewei manufacture one-off automation fixtures?
Prototype and low-volume fixtures can be reviewed from drawings. Quantity, material, adjustment features, inspection, and future replacement needs guide the process.
Can machined and sheet metal parts be supplied for one assembly?
Yes. Shared datums, hardware, coating allowances, and assembly sequence should be defined so the parts work together.
Do automation parts need tight tolerances everywhere?
Usually not. Functional locating, alignment, wear, and motion interfaces should receive focused controls while general geometry uses practical tolerances.
Discuss your application
Upload your drawings and receive an engineer-reviewed quotation.
Share the application, material, quantity, finish, critical requirements, and delivery needs. contact@kewei-kw.com / +86-13929495765