- Shaft
- Molds&Tools
- Hydraulics And Pump
- Hair transplant needle
- Hydraulics And Pump
- Precision CNC Shaft Machining Manufacturer for High Performance Applications
- Energy Industry CNC Machining Parts Supplier
- Aerospace Structural Components for OEM Programs
- Aerospace Structural Components for OEM Programs
- Automotive & EV CNC Machining Parts Supplier for OEM and Tier 1
- Medical Device CNC Machining Services
Precision Machining Technology for Moulds & Tools
Our expertise spans CNC turning, milling, grinding, drilling, and EDM, ensuring micron-level accuracy for complex geometries. Utilizing CAM-TOOL software, we generate toolpaths directly from CAD surfaces, eliminating approximation errors and achieving ±0.001 mm precision in high-speed machining7. For optical and automotive headlight moulds, our 5-axis high-speed milling with hyperMILL® strategies optimizes tool tilting angles to avoid collisions while maintaining mirror-like finishes6.
Mould Component Manufacturing
Specialized in critical components:
Punches & Matrices: Hardened with tungsten carbide (HV 1,500+) for extended wear resistance.
Cores & Inserts: Microfabricated core pins for pipette straws down to 0.01 mm diameter, polished to Ra 0.02 μm via non-contact abrasive flow machining18.
Guiding Elements: Integrated with DLC (Diamond-Like Carbon) coatings to reduce friction by 40% in high-pressure die-casting environments4.
Mirror Polishing & Microfabrication
Achieve sub-micron surface finishes through:
Electrochemical Polishing: For eliminating subsurface defects in medical mould components.
Ultrasonic-Assisted Grinding: Reduces edge chipping in ceramic inserts by 60%8.
Non-Abrasive Flow Technology: Ideal for intricate geometries like bottle cap threaded cores, ensuring uniform material removal1.
Integral Mould Development
We design and manufacture moulds for diverse applications:
Injection Moulding: Multi-cavity systems with hot runner optimization, reducing cycle time by 25%10.
Die-Casting: Thin-wall aluminium moulds (0.5 mm thickness) with conformal cooling channels.
Stamping & Cold Heading: Carbide progressive dies achieving 1 million+ cycles without regrinding3.
Gear & Thread Grinding Innovations
Leveraging CNC gear profile grinding and thread grinding technologies from the research of Chongqing University’s State Key Laboratory of Mechanical Transmission:
Precision Gear Machining: Error reduction algorithms minimize tooth flank deviations to ≤3 μm9.
Threaded Core Manufacturing: For bottle blank moulds, utilizing CBN wheels with 80 m/s grinding speeds for Ra 0.1 μm finishes5.
Surface Enhancement Technologies
PVD Coating: Titanium nitride (TiN) and AlCrN coatings enhance hardness to 3,500 HV, extending mould lifespan by 5× in abrasive environments48.
DLC Film Deposition: Corrosion-resistant layers for marine hydraulic components, tested at 5,000-meter depths without degradation4.
Material Expertise
Tungsten Carbide: Machined via wire-EDM with 0.005 mm precision for punch-die clearance control.
Industrial Ceramics: HIP-sintered Si3N4 components with 99.9% density for high-temperature extrusion moulds8.
Industry Applications
Optical Moulds: 5-axis mirror milling achieves λ/4 surface flatness for lens production.
Automotive: Headlight reflector moulds with <0.05 mm wall thickness variations6.
Medical: Microfluidic chip moulds with 10 μm channel accuracy via laser + EDM hybrid machining.
Why Choose Us?
Reduced Downtime:
Modular tooling systems (e.g., ModuMini-Turn) cut blade change time by 66%, saving 160 minutes daily2.
Certified Quality:
ISO 13485-compliant for medical moulds; 100% CMM inspection.
Global Collaboration:
Partnered with Elsevier to publish Precision CNC Machining for High-Performance Gears, sharing R&D insights globally9.Request a CNC Machining Quote
Send IndustryApex your 2D drawings or 3D models for a custom CNC machining review. Our engineering team evaluates materials, quantities, tolerances and inspection requirements, then aims to provide a detailed quotation with DFM feedback within 24 hours after receiving complete information.
What to Include in Your CNC Machining RFQ
To receive an accurate CNC machining quotation, send the following information:
1. Technical files
Provide 2D drawings in PDF, DWG or DXF format and, when available, 3D models in STEP or IGES format.
2. Material, quantity and tolerances
List the required material, estimated order quantity, critical tolerances, surface finish, heat treatment and coating requirements.
3. Inspection and delivery requirements
Tell us which dimensions are critical, whether you need a first article or full inspection report, and your target delivery date.
Why work with IndustryApex?
More than 20 years of precision manufacturing experience, ISO 9001 quality control, 107 production and support assets including 33 CNC machining centers, tooling and DFM engineering support, and service from prototype validation through repeat production.
Contact IndustryApex
Phone: +86 189 7513 5599
Email: 8483454@gmail.com
Address: No.2, Heng 1st Road, Jiatian Dongguan City, Guangdong, China
Have a CNC machining project ready for review?