CNC Machining Centers
Support 3-, 4-, and 5-axis machining for faces, pockets, hole patterns, profiles, threads, and curved features.
- Milling, drilling, and boring
- Multi-face machining in one setup
- Complex-angle features
Clear capability boundaries for more accurate quotations
The parameters below are common processing ranges. Actual feasibility depends on part structure, wall thickness, datum surfaces, precision requirements, and production processes.
Capabilities
Core capabilities
Turn-Mill MachiningSwiss-type precision machining
Gear Hobbing / GrindingSpur, helical, and bevel gear machining
±0.01 mmTypical dimensional toleranceGear precision grades 4-6
Ra0.8Common critical surface finish
Materials
Commonly machined materials
| Category | Typical Grades | Applications | Process Notes |
|---|---|---|---|
| Aluminum | 6061-T6, 6063, 7075, 5052 | Enclosures, brackets, robot structures, heat sinks | Lightweight and machinable; monitor thin-wall deformation. |
| Stainless Steel | 304, 316, 303, 420, 17-4PH | Drive parts, fasteners, corrosion-resistant assemblies, medical equipment parts | Higher tool wear; control cooling and cutting parameters. |
| Carbon / Alloy Steel | 45#, Q235, 40Cr, 20CrMnTi | Fixtures, mechanical structures, gear blanks, load parts | Blackening, zinc plating, or heat treatment available. |
| Copper Alloy | H59, H62, C36000 | Conductive connectors, valves, bearing components | Higher risk of tool adhesion; use a dedicated cutting strategy. |
| Engineering Plastic | PEEK, POM, PA, PTFE, ABS | Insulators, wear parts, food equipment components, light-load brackets | Control clamping force, temperature rise, and dimensional stability. |
Processes
Process and equipment directions
Turn-Mill Machining
Suitable for rotary and combination-feature parts, reducing transfer errors while improving concentricity and end-face runout control.
- Combined turning and milling
- Precision fitting surfaces
- Improved batch consistency
Transmission Gear Machining
Straight, helical, and bevel gears plus gear shafts with tooth-profile and meshing control for smooth, low-noise transmission.
- Module and tooth-profile control
- Heat treatment and finishing coordination
- Meshing accuracy inspection
Supporting Manufacturing
Grinding, wire cutting, laser cutting, welding, deburring, and precision hole machining as project requirements demand.
- High-hardness surface processing
- Complex internal cavity division
- Assembly and commissioning support
Surface Treatment
Anodizing, hard anodizing, plating, blackening, Dacromet, painting, silk screening, and laser marking.
- Corrosion and wear resistance
- Color and appearance approval
- Before-and-after dimensional control
Selection
How to evaluate whether a part suits CNC machining?
CNC machining suits parts with tight tolerances, demanding material performance, load-bearing structures, or precise fitting requirements. For parts with extremely complex internal cavities, ultra-thin walls, or highly complex textured appearances, we will suggest alternatives based on process and cost.
- Key tolerances within ±0.01–0.1 mm
- Deep cavities, thin walls, or deformation-prone areas
- Metal strength, conductivity, or heat-resistance requirements
- Batch size suitable for tooling investment and stable processes
