Files
- 2D drawing
- 3D CAD / STEP file
- Sample photos if available
Engineering-oriented CNC machining support
CNC Milling Services in China for Precision Components
CNC milling support for plates, housings, brackets, fixtures, and complex machined features, with geometry, material, tolerance, finishing, and inspection details reviewed before quotation.
CNC milled plates and housingsPockets, slots and threaded holesAluminum, stainless steel and engineering plasticsTolerance and inspection review
Milling service scope
What CNC Milling Services Cover
KENDORIC supports CNC milling projects for overseas buyers who need plates, housings, brackets, fixtures, blocks, and complex milled components made from drawings or CAD files. Before quotation, we review part geometry, material, tolerances, surface finishing, and inspection requirements so unclear items can be clarified early.
Milled Part Types
Plates, housings, brackets, fixtures, covers, blocks, and multi-face machined components.
Feature Review
Pockets, slots, counterbores, threaded holes, internal radii, thin walls, and tool access.
Material and Finishing Review
Aluminum, stainless steel, carbon steel, engineering plastics, anodizing, plating, coating, and heat treatment.
Tolerance and Inspection Review
Flatness, position, parallelism, datum surfaces, hole patterns, and critical assembly dimensions.
Custom components
CNC Milling for Custom Components
CNC milling is suitable for parts with flat surfaces, holes, pockets, slots, profiles, threaded features, and multi-face geometry. It is commonly used for plates, housings, brackets, fixtures, tooling components, and machine parts that cannot be produced by turning alone.
Plates and Mounting Blocks
Flat parts with hole patterns, slots, countersinks, or locating features.
Housings and Covers
Components with pockets, cavities, sealing faces, and threaded holes.
Brackets and Supports
Structural parts with critical mounting positions or machined interfaces.
Fixtures and Tooling Components
Parts with locating surfaces, dowel holes, and repeatable setup features.
Complex Milled Features
Multi-face geometry, deep pockets, narrow slots, and setup-sensitive details.
Buyer reference
Common Milled Parts and RFQ Notes
| Milled Part Type | Useful RFQ Notes for Buyers |
|---|---|
| Plates and mounting blocks | Identify datum surfaces, hole patterns, flatness needs, and mating components. |
| Housings and covers | Mark sealing surfaces, internal pockets, threaded holes, and finish-sensitive areas. |
| Brackets and supports | Clarify load-bearing features, critical hole positions, material, and surface finish. |
| Fixtures and tooling | Identify locating surfaces, dowel holes, repeatability needs, and inspection points. |
| Complex milled features | Highlight deep pockets, thin walls, tight radii, narrow slots, and multi-setup areas. |
Material options
Materials for CNC Milling
Aluminum Milling
Suitable for housings, brackets, plates, fixtures, and lightweight components. Often combined with anodizing or surface finishing.
Stainless Steel Milling
Used for stronger or corrosion-resistant milled parts, but machining time and inspection requirements may need closer review.
Carbon Steel Milling
Suitable for mechanical parts where strength, cost, and post-processing need to be balanced.
Engineering Plastics
Used for lightweight, insulating, wear-related, or low-friction components depending on the application.
Geometry review
Milling Features and Geometry Review
Tool Access
Deep pockets, narrow slots, small corner radii, and hole depth.
Part Stability
Thin walls, flatness, deformation risk, and material behavior.
Inspection References
Datums, critical surfaces, hole positions, and multi-setup features.
Dimensional requirements
Milling Tolerances and Inspection
Locating holes, sealing faces, precision slots, flatness, position, and assembly dimensions should be identified before quotation so machining and inspection expectations are clear.
Post-processing
Surface Finishing for Milled Parts
Anodizing, plating, coating, heat treatment, and marking requirements should be included in the RFQ, especially when finish build-up may affect threads, bores, fits, sealing surfaces, or critical dimensions.
Quotation inputs
RFQ Information Needed for Milling Parts
Milling Requirements
- Material
- Quantity
- Surface finish
- Critical tolerances
- Thread or hole details
Project Details
- Delivery destination
- Target lead time
- Inspection or report needs
- Assembly or mating part notes
Send Milling Drawings for Review
Share your 2D drawings, 3D CAD files, material, quantity, finish, tolerance requirements, and delivery details for engineering review before quotation.
Send Milling Drawings for Review