Precision CNC
3–5 axis CNC for high-precision metal and engineering-plastic parts that meet fit and strength needs. Applications: precision functional parts · assemblies · end-use parts.
What is precision CNC
Programmed cutting, controlled tolerance
CNC removes material with programmed mills and lathes to form high-accuracy parts in metals and engineering plastics — repeatable toolpaths with documented inspection from prototype through low volume.
Our CNC machining services
CNC milling
- Features：
- Complex 3D structures with high precision
- Materials：
- Aluminum, stainless, steel, engineering plastics
- Tolerance：
- ±0.01 ~ ±0.05 mm
- Applications：
- Housings, brackets, structures; complex contours; prototypes and short runs
Core capabilities | Engineering-grade CNC machining
Industrial CNC processes and engineering materials with automated quoting and DFM — from prototype validation to functional parts and short-run production.
1. Auto-parse 2D/3D drawings
Automatically parse STEP, IGES, STL, DWG, DXF and other mainstream 2D/3D formats to detect volume, dimensions, holes, threads, chamfers, cavities, surfaces, and complex features — grounding CNC process selection, DFM, and costing.
2. DFM manufacturability review
CNC-focused DFM on minimum wall thickness, hole depth-to-diameter ratio, tool access, fixturing, machining direction, and tolerance realism — flagging risk and suggesting structure optimizations for higher yield and consistency.
3. Multi-process smart quoting
Match CNC milling, turning, 5-axis, turn-mill, grinding, and wire EDM from part structure, material, tolerance, and quantity — with comparable price and lead-time ranges so teams can pick the best path quickly.
4. Engineer review + quality control
Engineers review CNC process plans and parameters on every order, with standardized in-process quality control so dimensional accuracy, structural strength, and surface quality meet design intent.
5. Industrial materials & tolerance assurance
Aluminum, stainless, carbon steel, copper, titanium, and engineering plastics with clear tolerance ranges and surface-roughness capability by process — so parts meet function, fit, and service-life needs.
CNC machining materials
Plastics
Engineering plastics machined for dimensional control and finish — housings, insulators, and functional samples.
Grades
CNC machining service process
1. Upload drawings
- Mainstream 3D/2D formats: STEP, IGES, STL, DWG, DXF, and more
- Auto-parse part structure and key dimensions after upload
Lead time
- Initial file analysis within 1–5 minutes after upload
2. Engineering review & quote
- Automated DFM to detect structural risk
- Quotes with material, process, and quantity at a glance
Lead time
- Smart quote for standard parts within 30 minutes
3. Engineer review + DFM advice
- Engineers review drawings and quotes with manufacturing optimization advice
- Including structure adjustments, material recommendations, and process improvements
Lead time
- Human review feedback within 24 hours
4. Production
- Produce to the locked process plan with standard procedures
- Quality monitoring throughout production
- Multi-process scheduling for efficiency
- Prototypes, short runs, and production volumes
Lead time
- CNC milling: 2–5 working days
- CNC turning: 2–5 working days
- 5-axis CNC: 3–7 working days
- Turn-mill: 2–6 working days
- CNC grinding: 3–7 working days
- Wire EDM: 2–5 working days
5. Delivery
- Agreed packing, logistics, and delivery with full tracking
- Factory inspection reports / material certifications
- Domestic and international shipping
Lead time
- Domestic logistics 1–7 days; international express by destination
CNC machining industry solutions
Industrial CNC capability and multi-process manufacturing for one-stop precision solutions — from prototype validation and functional testing to short-run and production lots. Serving medical, aerospace, automotive, consumer electronics, robotics, and automation with complex structures, multi-material options, and engineering-grade QC to accelerate iteration and lower total manufacturing cost.
- Housing & structure prototypes
- Lightweight brackets
- UAV / drone components
- Functional validation parts
- Robot end effectors
- Medical device components
- Complex internal structures
- Jigs & fixtures
- Auto interior & functional parts