Core Advantages
Military-Grade Precision Control
0.005mm ultra-precision machining capability, compliant with aerospace/medical equipment stringent standards
Full Material Adaptation System
Mastering 200+ materials including stainless steel/aluminum alloy/titanium alloy/engineering plastics, delivering optimal machining solutions
Intelligent Flexible Production
Equipped with 5-axis machining centers + automated production lines, supporting pilot runs to million-unit mass production
Cross-Industry Experience
Serving 12 major sectors including medical devices, automotive manufacturing, consumer electronics, and optical instruments
End-to-End Quality Assurance
Integrated quality control system covering 3D modeling → process design → production control → surface treatment
Technical Capabilities
Max. Workpiece Size:
2000×1000×800mm
Machining Accuracy:
±0.005mm (material dependent)
Surface Roughness:
Ra0.2μm (Mirror Grade)
Specialty Processes
5-Axis Complex Surface Machining
Anti-Deformation Thin-Wall Machining
Micro-Precision Part Machining (Min. 0.1mm)
Profiled Deep-Hole Drilling (30:1 Aspect Ratio)
Composite Material Lamination Processing
Industry Solutions
Medical & Healthcare
• Surgical Instruments
• Imaging Device Components
• Implant Fixtures
Automotive Manufacturing
• NEV Battery Modules
• Turbocharger Components
• Sensor Housings
Aerospace
• Engine Blade Fixtures
• Avionics Mounts
• UAV Structural Parts
Electronics & Telecom
• 5G Base Station Heat Sinks
• RF Connectors
• Optical Lens Modules
Energy Equipment
• Wind Turbine Gearbox Parts
• Nuclear Plant Inspection Jigs
• PV Equipment Rails
Service Process
01
Requirement Analysis
1-on-1 technical consultation
02
Process Design
DFM (Design for Manufacturability) report
03
Prototype Validation
Express sampling service (fastest 48-hour turnaround)
04
Mass Production
Full-process quality traceability system
05
Value-Added Services
20+ surface treatments (anodizing/passivation/sandblasting, etc.)
Industry Benchmark Cases
New Energy Vehicle Battery Module (Aluminum Alloy)
• Challenge: 0.5mm ultra-thin heat dissipation fin array
• Solution: 5-axis dynamic milling + deformation compensation technology
• Results: Flatness ≤0.02mm, yield rate 99.8%
Aerospace-grade Titanium Alloy Structural Component
• Challenge: Deep-cavity complex surfaces + 0.1mm residual wall thickness
• Innovation: Ultrasonic vibration-assisted machining technology
• Achievement: 300% efficiency improvement vs conventional processes
Quality Commitment
100% First-Article Full-Dimension Inspection
Online SPC Process Control
ISO 9001/AS9100 Compliance
Value-Added Services
CONTACT US
Xinrui Medical Innovation Center, Bashankou Village, Sandong Town, Huicheng District, Huizhou City, Guangdong Province