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Why Choose Us?
Advanced Technology: State-of-the-art stamping presses, CNC machines, and surface treatment facilities.
Quality Assurance: Strict adherence to ISO 9001 standards, with full traceability and rigorous testing.
End-to-End Support: From design optimization to final delivery, we ensure seamless integration into your supply chain.
Belows are our work flow chart for all our customized products:
High cost effectiveness, suitable for large-scale production
Mold cost controllable: compared with casting or machining, stamping mold development cycle is short, low cost, especially suitable for small and medium-sized batch orders.
High material utilization: Reducing waste and raw material costs through optimized Nesting Design.
Automated production: High-speed stamping machine with continuous Die (Progressive Die), to achieve hundreds of pieces per minute efficient output, single piece cost significantly reduced.
Precision molding and consistency
Micron Precision: Precision Stamping can control tolerances up to ±0.01mm to meet the needs of high-precision assembly.
Excellent surface quality: one molding to reduce secondary processing, surface without burrs, scratches, can be directly electroplating, spraying and other processing.
Batch stability: Ensures size and performance consistency in mass production through SPC (Statistical Process Control)
Flexible response to custom needs
Small batch flexible production: Support MOQ as low as 100 pieces, adapt to research and development trial production or niche market demand.
Design freedom: Through the multi-station mold to achieve punching, bending, drawing, stamping and other composite processes to meet the customized needs of special-shaped parts
Packaging:
FAQ:
1Q：What is the development cost of custom stamping die? Can it be allocated to subsequent orders?
1A: The cost of the mold depends on the complexity of the part, the thickness of the material and the type of mold. As a professional Stamping Supplier, we offer two solutions:
One-time payment: for long-term stable orders, mold ownership belongs to the customer.
Cost sharing: Reduce your initial investment by spreading the cost of tooling into your first order.
In addition, we provide mold maintenance services to extend the life of the mold and further reduce the cost per piece.
2Q: How long does it take from design confirmation to mass production?
2A: The standard process is:
Mold development: 3-4 weeks (5-6 weeks for complex molds);
Sample verification: 1-2 weeks (including material testing and functional verification);
Mass production start: Depending on the order volume, the first batch of goods can be delivered within 3 days.
3Q: Which materials are suitable for the stamping process? Can it meet high strength or corrosion resistance requirements?
A: We support a variety of materials, including:
Conventional materials: stainless steel (SUS304/316), aluminum alloy (5052/6061), copper alloy (C1100/C5191);
High strength materials: High carbon steel (SPCC), DP/TRIP automotive steel (tensile strength above 800MPa);
Corrosion resistant materials: titanium alloy (Gr2/Gr5), galvanized sheet (SGCC).
According to your requirements, we can provide material selection recommendations.
4Q: What is the minimum order size (MOQ)? Do you support small batch trial production?
4A: Small batch trial production: Support MOQ as low as 100 pieces for design verification or market testing;
Mass production orders: MOQ≥1,000 pieces is recommended to optimize the cost, but can be flexibly adjusted according to customer needs; Additional services: For R & D customers, we provide a "shared mold" solution to further reduce the cost of trial production.
5Q: How can you let us know you are a qulified supplier?
5A: Technical competence (mold development, tolerance control, material compatibility);
Cost optimization strategy (mold allocation, small batch support);
Quality system (testing technology, process control).
Choosing an experienced stamping supplier ensures an efficient transition from design to mass production while balancing cost and performance requirements.
Why Choose Us?
Advanced Technology: State-of-the-art stamping presses, CNC machines, and surface treatment facilities.
Quality Assurance: Strict adherence to ISO 9001 standards, with full traceability and rigorous testing.
End-to-End Support: From design optimization to final delivery, we ensure seamless integration into your supply chain.
Belows are our work flow chart for all our customized products:
High cost effectiveness, suitable for large-scale production
Mold cost controllable: compared with casting or machining, stamping mold development cycle is short, low cost, especially suitable for small and medium-sized batch orders.
High material utilization: Reducing waste and raw material costs through optimized Nesting Design.
Automated production: High-speed stamping machine with continuous Die (Progressive Die), to achieve hundreds of pieces per minute efficient output, single piece cost significantly reduced.
Precision molding and consistency
Micron Precision: Precision Stamping can control tolerances up to ±0.01mm to meet the needs of high-precision assembly.
Excellent surface quality: one molding to reduce secondary processing, surface without burrs, scratches, can be directly electroplating, spraying and other processing.
Batch stability: Ensures size and performance consistency in mass production through SPC (Statistical Process Control)
Flexible response to custom needs
Small batch flexible production: Support MOQ as low as 100 pieces, adapt to research and development trial production or niche market demand.
Design freedom: Through the multi-station mold to achieve punching, bending, drawing, stamping and other composite processes to meet the customized needs of special-shaped parts
Packaging:
FAQ:
1Q：What is the development cost of custom stamping die? Can it be allocated to subsequent orders?
1A: The cost of the mold depends on the complexity of the part, the thickness of the material and the type of mold. As a professional Stamping Supplier, we offer two solutions:
One-time payment: for long-term stable orders, mold ownership belongs to the customer.
Cost sharing: Reduce your initial investment by spreading the cost of tooling into your first order.
In addition, we provide mold maintenance services to extend the life of the mold and further reduce the cost per piece.
2Q: How long does it take from design confirmation to mass production?
2A: The standard process is:
Mold development: 3-4 weeks (5-6 weeks for complex molds);
Sample verification: 1-2 weeks (including material testing and functional verification);
Mass production start: Depending on the order volume, the first batch of goods can be delivered within 3 days.
3Q: Which materials are suitable for the stamping process? Can it meet high strength or corrosion resistance requirements?
A: We support a variety of materials, including:
Conventional materials: stainless steel (SUS304/316), aluminum alloy (5052/6061), copper alloy (C1100/C5191);
High strength materials: High carbon steel (SPCC), DP/TRIP automotive steel (tensile strength above 800MPa);
Corrosion resistant materials: titanium alloy (Gr2/Gr5), galvanized sheet (SGCC).
According to your requirements, we can provide material selection recommendations.
4Q: What is the minimum order size (MOQ)? Do you support small batch trial production?
4A: Small batch trial production: Support MOQ as low as 100 pieces for design verification or market testing;
Mass production orders: MOQ≥1,000 pieces is recommended to optimize the cost, but can be flexibly adjusted according to customer needs; Additional services: For R & D customers, we provide a "shared mold" solution to further reduce the cost of trial production.
5Q: How can you let us know you are a qulified supplier?
5A: Technical competence (mold development, tolerance control, material compatibility);
Cost optimization strategy (mold allocation, small batch support);
Quality system (testing technology, process control).
Choosing an experienced stamping supplier ensures an efficient transition from design to mass production while balancing cost and performance requirements.
