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CNC, Turning, Milling, Auto Lathe, Grinding, Stamping,Available Surface Finishes To ensure part corrosion resistance, aesthetics, and specific functionality, we offer comprehensive post-processing services: Plating: Zinc Plating, Nickel Plating, Chrome Pla
CNC, Turning, Milling, Auto Lathe, Grinding, Stamping,Available Surface Finishes To ensure part corrosion resistance, aesthetics, and specific functionality, we offer comprehensive post-processing services: Plating: Zinc Plating, Nickel Plating, Chrome Pla
Precision Swiss CNC Machining Parts for Automotive & Transportation
High-precision CNC machining components engineered for demanding automotive and transportation applications.
CNC Machining Specifications
Product Name
CNC Machining Parts
Material Available
Steel
Processing
CNC
Tolerance
±0.002~0.005mm
Drawing Accepted
IGES(igs), STEP(stp), SolidWorks (sodprt), PRT, AutoCad, or Samples
Inspection
CMM, Projector, Height Gauge, etc.
Lead Time
7~35 working days
Quality Assurance
ISO9001:2015, SGS, RoHs
Payment Term
MoneyGram, Western Union, T/T, D/P, D/A, L/C
Price
According to your drawing or requirements
Engineer Support
Available for engineering assistance and drawings design
Packaging and Delivery
Packaging
Bubble and Carton or Customization
Port
Shenzhen
CNC Machining Parts Key Features
CNC machining parts boast superior structural integrity and wear resistance, thanks to precise material removal and uniform stress distribution during the machining process. These parts meet strict industrial standards, with stable mechanical properties that suit heavy-duty applications such as precision bearings, hydraulic components, and mold inserts. Their compatibility with automated production lines enables seamless integration into modern manufacturing workflows.
Target Industries & Applications
Automotive Industry
Applications: Body panels, structural components, brackets, engine parts, interior trim
Special Requirements: Class A surface finishes, high-volume production (500,000+ cycles), quick changeover capabilities
Electronics & Connectors
Applications: IC lead frames, connector pins, shielding cans, heat sinks
Special Requirements: Ultra-precision (±0.005mm), progressive dies with 20+ stations, high-speed stamping (800+ SPM)
Appliance Manufacturing
Applications: Housing components, decorative trim, functional brackets, heat exchanger fins
Special Requirements: Multi-slide actions, textured surfaces, consistent cosmetic appearance
Medical Device Components
Applications: Surgical instrument parts, implantable device components, diagnostic equipment parts
Special Requirements: Cleanroom manufacturing, validated processes, full traceability, biocompatible materials
Inspection Equipment
Coordinate Measuring Machines (CMM): 3D measurement with 0.001mm accuracy
Optical Profile Projectors: 2D contour measurement and comparison
Surface Roughness Testers: Ra, Rz measurements for critical surfaces
Hardness Testers: Rockwell, Vickers, and micro-hardness testing
Toolmaker's Microscopes: Precision measurement of small features
Service & Support
Custom Manufacturing Process
Requirement Analysis: Part design review, material selection, production volume assessment
Concept Design: Die layout, strip layout for progressive dies, feasibility study
Detailed Design: 3D modeling, component detailing, interference checking
Manufacturing Planning: CNC programming, electrode design, process sequencing
Spare Parts Inventory: Common wear components kept in stock for quick delivery
Technical Support: 24/7 emergency support for production-critical issues
Performance Optimization: Die modification for increased speed or improved part quality
Technical Advantages
Engineering Expertise
Design for Manufacturing (DFM): Optimization for reduced cycle time, improved part ejection, extended die life
Standardization: Modular designs using standard components to reduce cost and lead time
Innovative Solutions: Experience with multi-material molds, in-mold assembly, and hybrid processes
Manufacturing Excellence
Advanced Equipment: State-of-the-art CNC, EDM, and grinding equipment with climate control
Skilled Craftsmen: Toolmakers with 10-25 years experience in precision die making
Process Control: Statistical process control throughout manufacturing
Cleanroom Assembly: Critical assembly in controlled environments for contamination-sensitive applications
Frequently Asked Questions
Q: What is the typical lead time for a custom stamping die?
A: Lead times vary from 4-12 weeks depending on complexity. Progressive dies average 6-8 weeks, while simpler compound dies can be completed in 4-5 weeks.
Q: Do you provide sample parts before full die manufacturing?
A: Yes, we offer rapid prototyping using CNC machining or 3D printing to validate part design before committing to hard tooling.
Q: How do you ensure die longevity and maintenance?
A: We design with modular wear components, provide detailed maintenance manuals, and offer training on proper die setup and maintenance procedures.
Q: Can you work with international design standards?
A: Yes, we're experienced with ISO, DIN, JIS, and ASTM standards, and can accommodate both metric and imperial measurements.
Q: What file formats do you accept for die design?
A: We accept all major 3D formats including STEP, IGES, Parasolid, and native CAD files from UG, CATIA, SolidWorks, and Pro/E.
Q: Do you offer volume-based pricing for mold components?
A: Yes, we provide tiered pricing for standardized components ordered in quantity, with discounts available for annual supply agreements.
Contact Information
For custom die and mold component quotations, please provide:
Part drawings or 3D models
Annual production volume requirements
Material specifications
Existing tooling samples (if applicable)
Press specifications (for stamping dies)
Engineering Response: Preliminary technical assessment within 48 hours of receiving complete specifications.
