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CNC Machining Service

From Prototype to Production – Scalable, Precise, Hassle-Free

End-to-End Manufacturing Solutions

Prototyping & Tooling
  • Rapid Prototypes: Functional parts in 3-7 days to validate designs.
  • Production Tooling: Mold design & manufacturing for injection molding, die casting.
Low-to-Mid Volume Production
  • Batch Sizes: 1 to 50,000+ units (No MOQ restrictions).
  • Hybrid Workflow: Seamlessly scale from CNC prototypes to molded mass production.

Core Services

Service

Key Features

CNC Turning

Ø300mm × 600mm capacity

±0.005mm tolerance

Live tooling for complex geometries

CNC Milling

5-axis machining up to 800mm

Mirror finishes (Ra 0.2μm)

Aerospace alloys & medical ceramics

Production

50+ machines for bulk orders

 ISO 9001-certified QC

JIT delivery for automotive/medical

Material Selection Guide

We machine 60+ materials, including: Metals

Material

Key Properties

Common Applications

Aluminum 6061

High strength-to-weight, corrosion-resistant Aerospace

Frames, automotive brackets, robotics enclosures

Aluminum 7075

Ultra-high strength (T6 tempered)

Aircraft fittings, military components

Stainless Steel 303

Excellent machinability, oxidation-resistant

Shafts, valves, fasteners

Stainless Steel 316L

Bio-inert, chloride/corrosion-resistant

Surgical tools, marine hardware

Titanium Grade 5

Biocompatible, highest strength-to-density ratio

Aerospace fasteners, medical implants

Brass C360

Superior electrical conductivity

Electrical connectors, decorative fittings

Copper 101

Thermal/electrical conductor

Heat exchangers, RF components

Engineering Plastics

Material

Key Properties

Common Applications

PEEK

260°C continuous use, sterilizable

Medical implants, aerospace bearings

ABS

Impact-resistant, cost-effective

Automotive trim, consumer electronics

Nylon (PA6/PA66)

Wear-resistant, self-lubricating

Gears, bushings, conveyor parts

HDPE

Chemical/FDA-compliant

Food processing tanks, fluid handling

Polycarbonate

Optical clarity, shatterproof

Safety goggles, LED light housings

PTFE (Teflon®)

Non-stick, ultra-low friction

Seals, insulating washers

Specialty Materials

Material

Key Properties

Common Applications

Ceramics (Al₂O₃/ZrO₂)

Extreme hardness, biocompatible

Dental implants, semiconductor fixtures

Ultem® 1000

Flame-retardant, high dielectric strength

Electrical insulators, aircraft interiors

Carbon Fiber Composites

High stiffness, lightweight

UAV frames, racing components

Why Partner With Us?

CNC Machining Service

Expertise Across Critical Processes

CNC Milling Service

Multi-Axis Precision for Complex Geometries
Capabilities
  • 3-axis to 5-axis milling: Contoured surfaces, deep cavities, undercuts
  • Max part size: 1200mm × 750mm × 400mm (47.24″ × 29.53″ × 15.75″).
  • Tolerance: ±0.02mm (±0.0008″) standard, ±0.005mm (±0.0002″) upon request
  • Materials: Aluminum 6061-T6, Stainless Steel 316L, Titanium Grade 5, PC, PEEK, Ultem®, etc.

CNC Turning Service

High-Speed Production for Rotational Parts
Capabilities
  • Dual-Spindle Lathes: Live tooling for cross-drilling, threading
  • Max Dimensions: Ø300mm (11.8″) × 600mm (23.6″)
  • Surface Finish: Ra 0.4μm (16μin)
  • Metals: Aluminum 5000/6000/7000 series, Stainless Steel 303/316L, Brass C360, etc.
  • Plastics: Nylon, Acetal, PC, PEEK, ABS, etc.

CNC Milling Turning

Single-Setup Complex Part Manufacturing
Capabilities
  • Y-axis & B-axis: Simultaneous turning & milling
  • Max Workpiece: Ø450mm × 1028mm (Ø17.72″×40.47″)
  • Tolerance: ±0.01mm (±0.0004″)
  • Aluminum 5000/6000/7000 series, Stainless Steel 303/316L, Brass C360, etc.
  • Engineering Plastics: PEEK-CA30, Vespel®, ABS, etc.

Service Comparison

Feature

CNC Milling

CNC Turning

CNC Milling Turning

Axis Configuration

3-5 axis

2-4 axis

5-6 axis

Best Geometry

Complex 3D

Cylindrical

Hybrid 3D + Rotational

Lead Time (1–10 pcs)

5–7 days

3–5 days

7–10 days

Tolerance

±0.02mm

±0.015mm

±0.01mm

Precision Enhancement Technologies

A. Swiss-Type Machining

  • Micro-Scale Accuracy: Ø0.5–32mm (0.02″–1.26″)
  • Medical: Ø1.0mm bone screws, micro surgical pins
  • Electronics: Connector pins for 5G devices

B. High-Speed Micro Milling

  • Ultra-Fine Tools: Ø0.1mm end mills
  • Thin-wall structures: 0.15mm wall thickness
  • Optical components: Lens mounts with 0.005° angular accuracy

Why Clients Choose Us?

Quality Assurance System

Precision Validated, Consistency Guaranteed
Key Quality Metrics
  • On-Time Delivery: 99.7% (2017-Present)
  • PPM Defect Rate: <500 (Six Sigma Level)
  • Full Traceability: Material Certificates to Final Inspection Reports

Advanced Metrology Lab

Equipment

Capabilities

Applications

CMM

3D accuracy: ±0.002mm

5-axis scanning probes

Medical implant profile verification

VMS (Video Measuring System)

10X-200X magnification

Auto-edge detection

PCB connector pin inspection

Optical Comparator

50X optical zoom

GD&T analysis

Gear tooth profile validation

Micrometers

Resolution: 0.001mm

±0.002mm accuracy

Shaft diameter verification

Height Gauges

1000mm range

Surface plate integrated

Fixture flatness checks

Rockwell Hardness Tester

Scales: HRA, HRB, HRC

Automatic load control

Heat treatment validation

3-Stage Quality Process

1. Incoming Material Inspection
  • Material Certification: Verify mill certificates against ASTM/ISO standards
  • Rejection Criteria: Non-ROHS materials immediately quarantined
2. In-Process Control
  • First Article Inspection: Full CMM report with color deviation maps
  • Statistical Sampling: AQL 1.0 for commercial parts, 100% check for medical
  • Error-Proofing: RFID-tagged fixtures prevent tooling mismatch
3. Final Inspection
  •  Full Dimension Report: ASME Y14.5 compliant
  • Clean Packaging: ISO Class 8 cleanroom packaging available
  • Trace Marking: Laser-etched part numbers + QR code tracking

Why Choose Our Quality System?

Industry Applications

Precision Components Powering Critical Innovations

Medical Device Manufacturing

Challenge: Achieve sub-micron surface finishes (Ra ≤0.2μm) on bio-compatible components to minimize tissue adhesion.
Solution
  • Material: ASTM F136 Titanium (Grade 5)
  • Process: 5-axis CNC milling + electropolishing
  • QC: 100% CMM inspection
  • Applications: Surgical instrument prototypes, trial orthopedic implants.

Automotive & EV Systems

Challenge: Machine large aluminum battery trays (800mm+ length) with ±0.1mm flatness for IP67 sealing.
Solution
  • Material: 6061-T6 Aluminum (hardcoat anodized)
  • Process: Thermal-compensated 5-axis machining
  • Result: 30% weight reduction vs. steel, passing 2,000hr salt spray tests.
  • Applications: EV battery housings, LiDAR sensor mounts.

Aerospace & Defense

Challenge: Fabricate RF waveguides with 0.008mm positional accuracy over 300mm length.
Solution
  • Material: C17200 Beryllium Copper
  • Process: Swiss-type CNC turning + EDM micro-drilling
  • Tolerance: ±0.005mm (per AS9100 Rev D)
  • Applications: Satellite communication components, avionics housings.

Industrial Robotics

Challenge: Drill Ø0.8mm × 150mm deep holes in 316L stainless steel with <0.4μm surface roughness.
Solution
  • Process: Gun drilling + EDM hybrid process
  • Tooling: High-pressure coolant system
  • Lead Time: 15 days for 200 units
  • Applications: Robotic wrist modules, hydraulic valve bodies.

Medical Device Components

ABS Hand Switches for Diagnostic Equipment: Isopropyl alcohol wipe-down for cleanroom packaging
Solution
  • Material: Medical-grade ABS (ISO 10993-5 compliant, MRI-safe)
  • Process: 4-Axis CNC Machining: Undercut slots for snap-fit assembly
  • Texture Control: Diamond-tipped tools for uniform matte finish

Multimedia Engagement

Industry

Content Type

Sample Title

Medical

3D Animation

“How We Achieve Ra 0.2μm on Titanium”

Automotive

Case Study Video

“EV Battery Tray: From CAD to Road”

Aerospace

Interactive Diagram

“Waveguide Tolerance Analysis Tool”

Technical Integrity Without Compromise

Precision CNC Machining FAQs

Suzhou-Based Experts in Rapid Prototyping & Medical Device Manufacturing

A: CNC (Computer Numerical Control) machining is a computer-guided manufacturing process that transforms raw material blocks (metal, plastic, or composites) into precision components by removing layers with cutting tools. Renowned for its accuracy (±0.005mm/±0.0002″) and repeatability, CNC is ideal for medical devices, automotive systems, robotics, and industrial equipment.

A: Lead times depend on three key variables:
  • Design Complexity: Multi-axis geometries (e.g., turbine blades) require extended machining.
  • Order Volume: 50-unit batches ship faster than 10,000+ mass production runs.
  • Production Schedule: Current machine shop capacity and material availability.
Typical Timeframes:
  • Prototypes: 5-7 business days (standard) | 3 days (expedited, subject to feasibility review).
  • Production: 15-25 business days for 1,000+ units.
  • Need urgent delivery? Contact our team for real-time schedule verification.
Global Logistics: Partnered with DHL, FedEx, and UPS for door-to-door delivery, as well as other transport of goods by sea, road, and air.
A:
  • Standard Tolerance: ±0.02mm (±0.0008″) for metals, ±0.05mm (±0.002″) for plastics (ISO 2768-F).
  • High-Precision: Down to ±0.005mm (±0.0002″) for optical, robotics, and medical components.
A: We machine 60+ materials for diverse industries:
  • Metals: Aluminum 6061/7075, 316L Stainless Steel, Titanium (Grade 2/5), Brass, etc.
  • Engineering Plastics: ABS, PC, Nylon, Polycarbonate, etc.
  • Medical-Grade: Biocompatible Titanium Alloys, PEEK, Ultem® 1000, Makrolon® PC, etc.
  • CNC Milling: 1200mm × 750mm × 400mm (47.24″ × 29.53″ × 15.75″).
  • CNC Turning: Ø300mm × 600mm (Ø11.8″ × 23.6″).

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