Precise Gap Control
This directly affects cut surface quality and mold service life. We typically use high-precision processes like slow wire EDM and CNC to make mold components, and our engineers have extensive experience in assembly.
Our Key Success Factors
Material Utilization
Our engineers use scientific layout designs to reduce material waste and lower costs, ensuring maximum efficiency for your production runs.
Longevity vs. Economy
Mold materials should be selected based on production volume. We focus on the balance between longevity and economy, not simply choosing the most expensive material for the longest life.
Safety Requirements
Worker safety is our top priority, then operational stability. Every die is designed to safety standards.
What Can We Do?
Custom Die Design & Fabrication
20+ years of experience in designing and building high-precision progressive, transfer, single, and compound dies.
High-Volume Production
We use advanced stamping presses to deliver consistent, high-quality parts with tight tolerances and cost efficiency.
More Secondary Services
Value-added services such as welding, tapping, powder coating, plating, and sub-assembly to make things easier for you.
Strict Quality Control
Using advanced measuring equipment, we control the whole production process according to ISO 9001 requirements.
From Design to Production
Inquiry → DFM Analysis → Die Design → Die Manufacturing → Sample Approval → Small Batch Order → Mass Production → Shipping
We follow a structured process to move your project from inquiry to mass production with full traceability and engineering support.
Lead Time & MOQ
We understand that transparent lead times and clear MOQ requirements are critical for your production planning. Below are our typical timelines:
| Item | Typical Lead Time |
|---|---|
| Die Lead Time | 25–45 days |
| Sample Lead Time | 7–15 days |
| Mass Production Lead Time | 15–30 days |
| MOQ | 100–1,000 pcs (depending on part size and material) |
Engineering Support
Our engineering team works with you from the early design stage through production to ensure your parts are manufacturable, cost-effective, and consistent.
DFM (Design for Manufacturing) Report
We review your drawings and provide a detailed DFM report covering material selection, tolerance feasibility, die structure, and suggestions for cost optimization.
Die Design Review
Our engineers conduct a full design review before die manufacturing to identify potential risks and improve die life, part quality, and production efficiency.
Sample Debugging Support
After the trial run, we support sample debugging and adjustment to ensure the final part meets your dimensional, functional, and surface requirements.
More Secondary Services
Value-added services such as welding, tapping, powder coating, plating, and sub-assembly for your convenience.
