The six-piece combination die is an advanced tooling system designed for high-efficiency, high-precision metal forming operations. As a type of combination die and multi piece die, it integrates multiple forming, cutting, and shaping functions into a single tooling structure, significantly improving production efficiency and consistency.
Widely used in metal stamping die applications, the six-piece combination die enables multiple processes such as blanking, bending, punching, and forming to be completed in one cycle. This makes it an ideal solution for manufacturers seeking to reduce production time, minimize handling, and improve dimensional accuracy.
As a professional six piece combination die manufacturer and experienced tool and die manufacturer, we provide complete solutions from design to production. Our expertise in precision combination die and custom combination die manufacturing ensures that every die is tailored to meet specific application requirements, offering high durability and long service life.
Key Features
Multi-Process Integration
The six-piece combination die combines multiple operations into one tool, reducing the need for multiple setups. This integration improves production efficiency and lowers labor costs.
High Precision and Consistency
Designed for high precision die applications, this tooling system ensures tight dimensional control and repeatability, making it suitable for mass production of complex parts.
Custom Engineering Capability
As a trusted custom die supplier and OEM combination die supplier, we offer full customization based on drawings, samples, and production requirements. Each custom six piece combination die is engineered for optimal performance.
High Durability and Long Tool Life
Manufactured from premium tool Steel Die materials and subjected to advanced heat treatment, our dies provide excellent wear resistance and extended service life, making them a high durability combination die solution.
Flexible Production Capability
Suitable for both medium and large batch production, the die can be adapted to different production volumes and material types, ensuring cost-effective manufacturing.
Manufacturing Process
Die Design and Engineering
Our engineering team uses advanced CAD/CAM software to design precision combination die systems, optimizing structure, material flow, and stress distribution for improved performance.
CNC Die Machining
We utilize high-precision CNC equipment for CNC die machining, ensuring accurate dimensions and smooth surfaces for all die components.
Heat Treatment
Critical components are heat-treated to enhance hardness, wear resistance, and strength. This ensures long-term performance under high-load stamping conditions.
Grinding and Finishing
Precision grinding is applied to achieve tight tolerances and superior surface finish, ensuring accurate alignment and smooth operation.
Die Assembly Process
All components are carefully assembled and tested to ensure proper fit, alignment, and functionality. The die assembly process is critical for maintaining performance and reliability.
Quality Inspection
Each die undergoes strict inspection, including dimensional checks, material verification, and performance testing, to ensure it meets production requirements.
Material Selection
Tool Steel
Tool steel is the most commonly used material for stamping die components due to its high hardness and wear resistance.
Advantages:
Excellent wear resistance
High strength and toughness
Suitable for high-volume production
Carbide Components
Carbide inserts are used in high-wear areas to extend tool life and improve cutting performance.
Advantages:
Extremely high hardness
Superior wear resistance
Longer service life
High-Speed Steel (HSS)
HSS is used for certain components requiring high toughness and resistance to thermal stress.
Advantages:
Good heat resistance
High toughness
Suitable for complex operations
Alloy Steel
Alloy steel provides a balance of strength, toughness, and cost-effectiveness, making it suitable for various industrial combination die applications.
Surface Treatment Options
To enhance performance and durability, we offer a variety of surface treatments for die components:
Nitriding – Improves surface hardness and wear resistance
Carburizing – Enhances core strength and surface hardness
PVD Coating – Reduces friction and improves tool life
Polishing – Improves surface finish and reduces material adhesion
Black Oxide Treatment – Provides corrosion resistance
Chrome Plating – Enhances durability and surface hardness
Precision & Quality Control
Tight Tolerance Control
Our dies are manufactured with strict dimensional control to meet tight tolerance die requirements, ensuring accurate part production.
Advanced Inspection Equipment
We use precision measurement tools such as:
Coordinate Measuring Machine (CMM)
Optical Projectors
Hardness Testers
Surface Roughness Testers
Micrometers and Calipers
Process Quality Control
From raw material selection to final inspection, every stage is monitored to ensure consistent quality and performance.
Performance Testing
Each six-piece combination die is tested under simulated production conditions to verify functionality and durability.
Applications
Automotive Industry
Used in automotive stamping die applications for producing structural components, brackets, and connectors.
Aerospace Industry
Suitable for high-precision parts requiring strict tolerance and high performance.
Electronics Industry
Used in electronic stamping die applications for connectors, terminals, and precision components.
Appliance Manufacturing
Widely applied in appliance stamping die production for metal housings and internal components.
Industrial Manufacturing
Used in metal forming die processes for various industrial parts and machinery components.
FAQ
1. What is a six-piece combination die?
A six-piece combination die is a multi-component tooling system that integrates several stamping operations into one die to improve efficiency and precision.
2. Can you customize the die according to our requirements?
Yes, as a professional custom die manufacturer, we provide full customization based on your drawings and production needs.
3. What materials are used for the die?
We use high-quality tool steel, carbide, and alloy steel to ensure durability and performance.
4. What is the typical lead time?
Lead time depends on design complexity and production requirements. We provide detailed timelines after project evaluation.
5. How do you ensure die quality?
We use advanced inspection equipment and strict quality control processes throughout manufacturing.
6. What industries can benefit from this die?
Industries such as automotive, aerospace, electronics, and industrial manufacturing widely use combination die tooling solutions.
Why Choose Us
As an experienced die manufacturer, stamping die supplier, and precision die exporter, we are committed to delivering high-performance tooling solutions. Our expertise in custom combination die design, advanced manufacturing processes, and strict quality control ensures that every die meets the highest standards.
If you are looking for a reliable six piece combination die supplier, we are ready to support your project with precision, durability, and professional service.
