CNC Machining

CNC precision machining support for tooling, fixtures and custom components.

CNC milling, high-speed CNC and 5-axis support for precision tooling components, mold structures, industrial fixtures and low-volume drawing-based parts.

CNC Capability

CNC machining for parts that need stable datum control and process integration.

CNC machining supports pre-machining before Wire EDM and grinding, as well as complete manufacturing of tooling parts and custom precision components.

High-Speed CNC

Suitable for precision mold components, tool steel machining, fixtures and complex custom components.

5-Axis Support

Supports angled features, multi-side machining and complex geometry that may reduce setup risk.

Prototype to Low Volume

Suitable for drawing-based orders, engineering samples and small-batch industrial components.

Five-axis machining center

Best-Fit Parts

Machining support for tooling and industrial components.

We focus on components where CNC machining is part of a wider process route involving Wire EDM, grinding, EDM and inspection.

  • Precision mold components and mold base details.
  • Industrial fixtures, jigs and positioning components.
  • Tool steel, stainless steel, aluminum and selected engineering metals.
  • Pre-machining support before heat treatment, Wire EDM or grinding.

Workflow

From CAD drawing to inspected custom part.

To quote CNC projects accurately, please provide 2D drawings, 3D files if available, material, tolerance, finish requirements and quantity.

STEP 01

Drawing Review

Check geometry, tolerances, datum structure and machining risk.

STEP 02

Machining Route

Confirm CNC steps and whether Wire EDM, grinding or EDM support is required.

STEP 03

Production

Coordinate material, roughing, finishing, heat treatment support and in-process checks.

STEP 04

Inspection

Verify key dimensions before shipment according to customer requirements.

CNC RFQ

Send your CNC drawing package for manufacturability review.

We can review your machining route and recommend whether CNC-only or multi-process manufacturing is more suitable.