HONGXING specializes in the design and manufacturing of high-precision automotive stamping dies for global automotive manufacturers and Tier 1 suppliers.
This automotive stamping die is developed for body structural sheet metal components, featuring a heavy-duty die structure, precision forming capability, and stable production performance for high-volume automotive manufacturing.
This automotive stamping die is engineered to meet strict automotive production requirements, including dimensional accuracy, hole positioning accuracy, surface quality control, and repeatable stamping performance.
With advanced engineering experience, precision machining equipment, and professional die assembly capability, HONGXING provides complete stamping die solutions from tooling development to production validation.
Product Information
| Item | Specification |
|---|---|
| Product Type | Automotive Stamping Die |
| Application | Automotive Body Structural Components |
| Material | SCGA270C |
| Press Capacity | 600 Ton |
| Upper Die Weight | 4,665 KG |
| Total Die Weight | 9,097 KG |
| Manufacturing Process | Sheet Metal Stamping |
| Production Application | High Volume Automotive Production |
Engineering Features
RH & LH Symmetrical Component Design
This automotive stamping die is developed for automotive components with right-hand and left-hand symmetrical structures.
The symmetrical design requires precise control of:
- Die forming consistency
- Component positioning accuracy
- Dimensional repeatability
- Production stability
HONGXING applies optimized die engineering methods to ensure both sides achieve consistent forming quality during mass production.
Precision Hole Forming Capability
Automotive structural components often require multiple functional holes for assembly and vehicle integration.
This stamping die incorporates precision hole-forming features with strict control of:
- Hole position accuracy
- Hole diameter consistency
- Punching direction
- Surface reference accuracy
Special attention is given to hole machining requirements where the hole axis is not perpendicular to the component surface.
HONGXING ensures accurate hole formation through precision machining, die adjustment, and production tryout verification.
Inclined Hole Processing Technology
For complex automotive sheet metal components, some holes require machining directions that follow the component geometry rather than a vertical direction.
The tooling design considers inclined hole processing requirements to achieve:
- Accurate hole location
- Proper assembly function
- Reduced secondary processing
- Improved production efficiency
This capability demonstrates HONGXING’s experience in manufacturing complex automotive stamping tools.
Surface Flatness Control
Automotive body components require excellent surface accuracy to ensure proper vehicle assembly.
The tooling process focuses on controlling:
- Forming surface accuracy
- Component flatness
- Die matching condition
- Final stamped part quality
Specified areas require flatness control within 0.2mm, ensuring stable assembly performance and dimensional consistency.
Identification Mark Control
Automotive production requires effective part identification and traceability.
This automotive stamping die includes controlled identification mark positioning and stamping direction requirements to ensure:
- Correct mark location
- Clear identification
- Production traceability
HONGXING considers these details during die design, machining, and assembly processes.
Die Manufacturing Process
Engineering Development
HONGXING provides complete tooling engineering services, including:
- Product feasibility analysis
- Stamping process planning
- Die structure optimization
- Manufacturing process development
Our engineering team focuses on improving die reliability, production efficiency, and product quality.
Precision CNC Machining
Advanced CNC machining equipment is used for manufacturing critical die components.
Manufacturing processes include:
- CNC milling
- Precision drilling
- Surface machining
- Component finishing
Strict machining control ensures accurate die geometry and stable production performance.
Die Assembly & Tryout
Professional technicians complete:
- Upper and lower die assembly
- Component adjustment
- Die fitting
- Press tryout
- Quality verification
Through systematic tryout procedures, HONGXING ensures the tooling meets production requirements before delivery.
Applications
This type of automotive stamping die is suitable for:
- Automotive body structural components
- Reinforcement panels
- Body-in-white components
- Sheet metal supporting parts
- Precision automotive stamped components
The tooling is designed to support reliable mass production for modern automotive manufacturing.
HONGXING Automotive Tooling Advantages
Advanced Automotive Die Manufacturing Capability
HONGXING has extensive experience in developing customized stamping dies for automotive applications.
Our capabilities include:
✓ Automotive stamping dies
✓ Transfer dies
✓ Progressive dies
✓ Sheet metal forming dies
✓ Customized tooling solutions
Complete Project Support
From initial engineering communication to final production support, HONGXING provides:
- Die design
- Process optimization
- Precision machining
- Assembly
- Tryout
- Quality control
Technical Highlights
✓ 600T high-tonnage stamping application
✓ Heavy-duty automotive die structure
✓ RH/LH symmetrical component production capability
✓ Precision hole forming technology
✓ Inclined hole processing capability
✓ 0.2mm flatness control requirement
✓ High-volume automotive production support
Why Choose HONGXING
As a key manufacturing division of TTM Group, HONGXING specializes in providing high-quality automotive stamping die solutions for global automotive manufacturers and Tier 1 suppliers.
Backed by TTM Group’s engineering expertise, manufacturing resources, and industry experience, HONGXING combines advanced production equipment, professional tooling capabilities, and strict quality management systems to deliver reliable, durable, and production-ready automotive dies.
Our goal is to help customers improve manufacturing efficiency, achieve stable mass production, and build long-term partnerships through high-performance tooling solutions and comprehensive technical support.
