CNC Milling
Plates, housings, brackets, pockets, slots, fixtures, and precision features.
Explore CNC MillingFrom CNC milling and turning to EDM, grinding, assembly, and finishing coordination, TaiMachining supports tight-tolerance prototypes, low-volume builds, and production machining for metal and plastic components.
Choose a machining route based on geometry, material, tolerance, surface finish, quantity, and inspection needs.
Plates, housings, brackets, pockets, slots, fixtures, and precision features.
Explore CNC MillingShafts, bushings, sleeves, spacers, pins, and round components.
Explore CNC TurningFlatness, thickness control, contact faces, and surface control.
Explore GrindingFine profiles, internal geometry, tight slots, and hard-to-machine features.
Explore EDMMachined sub-components, fixture sets, hardware coordination, and practical assembly support.
Explore AssemblyInjection molding, sheet metal fabrication, welding, die casting, 3D printing, and surface finishing support.
Explore OthersReal workshop resources support prototype, small-batch, and repeat machining discussions.

Workshop equipment for milled plates, housings, brackets, shafts, sleeves, and repeat machining discussions.

Support for fine features, controlled contact faces, flatness, thickness, and geometry that needs extra process planning.

Production support starts with drawings, dimensions, material requirements, tolerances, and inspection needs.
Capability planning starts before cutting parts. Our team reviews drawings, materials, dimensions, finish expectations, and inspection needs.
Select common metals and plastics for machining review.
Lightweight CNC material for housings, brackets, plates, fixtures, and prototype-to-production parts.

Corrosion-resistant metal for durable machined parts that need strength and stable finishing routes.

Strong and cost-effective material for load-bearing machined components and production tooling support.

Machinable copper alloy for fittings, bushings, electrical parts, and decorative precision components.

Conductive material for thermal and electrical components that require careful machining review.

High strength-to-weight material for demanding parts where machining strategy and inspection matter.

Practical engineering plastic for prototypes, housings, and machined parts that need moderate toughness.

Low-friction acetal plastic for wear components, bushings, rollers, and precise plastic parts.

High-performance plastic for demanding components that need temperature, wear, or chemical resistance.

Durable engineering plastic for wear parts, guides, rollers, and components needing toughness.

| Requirement | Suitable Capability | Notes |
|---|---|---|
| Complex pockets, slots, and fixture plates | CNC Milling | Good for plates, housings, brackets, and precision features. |
| Shafts, spacers, bushings, and sleeves | CNC Turning | Best for round components and concentric features. |
| Flatness, thickness, and contact faces | Grinding | Useful when surface control or contact faces need extra review. |
| Fine profiles or internal geometry | EDM | Useful for details that are difficult to machine conventionally. |
| Multi-part fixtures or machined sets | Assembly | Helps coordinate hardware, fit, and sub-component preparation. |
| Secondary manufacturing or finishing requirements | Others | Groups injection molding, sheet metal fabrication, welding, die casting, 3D printing, and surface finishing support. |
Share your 2D drawings, 3D CAD files, material requirements, quantities, tolerances, and surface finish needs. Our team will review the project and help determine a suitable machining, inspection, and finishing approach.