Stamping Die Parts

Advanced Stamping Solutions for Automotive & Industrial Applications

Our precision manufacturing process combines progressive die and hand transfer die technologies to deliver superior automotive stamping die parts for the modern automotive industry. This dual-method approach ensures optimal production efficiency while maintaining the highest quality standards for complex geometries.

Comprehensive Engineering Documentation

• Full 3D/2D drawings with GD&T specifications

• Optimized layout design drawing for material utilization

• Detailed DFM/analysis report identifying 23 potential improvement points

• Complete stamping die design package including:

• Strip layout simulations

• Force distribution diagrams

• Tonnage calculations

Advanced Process Engineering
The processing analysis by numerical simulation (NS) system delivers unprecedented accuracy for deep drawing step in progressive die (DDSPD) operations. Our proprietary algorithms can:

• Predict material flow with 98.7% accuracy

• Identify potential splitting/wrinkling in early stages

• Optimize blank holder force in real-time simulations

Material Specifications
Primary material: STEEL V-1140 ALT ASTM A366/A620 STD 111,401

• Thickness range: T3~8 +0.2/-0.2MM

• Alternative materials supported:

• Stainless steel stamping parts (304/430 grades)

• Cold rolled steel stamping (SPCC/SPCE)

• Aluminum product stamping parts (5052/6061)

Production Capabilities

1. Automotive Components

• Seat frame brackets (up to 12,000/day)

• Fuel system components (±0.05mm tolerance)

• EV battery enclosures (IP67 rated)

2. Office Automation Hardware

• Printer chassis components

• Scanner mechanisms

• Copier paper feed systems

Technical Advantages

• Progressive die systems achieve 15% higher throughput vs conventional methods

• Hand transfer die operations allow for:

• Complex multi-stage forming

• In-process heat treatment

• Secondary operations integration

• Combined approach reduces scrap rate to <2.3%

Quality Assurance
All stainless steel stamping parts and aluminum product stamping parts undergo:

1. First-article inspection (FAI)

2. In-line dimensional checks

3. Final CMM verification

4. Salt spray testing (per ASTM B117)

Feeder Specifications

• Servo-driven precision feeders (±0.01mm)

• Automatic lubrication system

• Quick-change die setup (under 15 minutes)

• Integrated scrap removal conveyor

This advanced manufacturing system ensures reliable production of high-precision cold rolled steel stamping components and automotive stamping die parts with consistent quality across high-volume production runs. Our engineering team continuously refines the processing analysis by numerical simulation methodologies to push the boundaries of stamping technology.