Pre-manufacturing feasibility assessment and optimization
Benchmarking,assembly,and inspection criteriadevelopment foridentification of key dimensions
For DFM and work instructions standard full-sizeinspection proofing process problems
Summarize the proofing problems, close the problerpointsand continuously optimize the productlon process
Determine the correctness of the manufacturing process and that the product meets the customer's specifications and process requirements.
Control of special requirements and processesimplementation of CPK>l.33 for key dimensions
Perform according to AQC standards and requirements
Through precise data monitoring and process optimization, we ensure timely delivery of products.
| Processing Capabilities | Remark | ||
|---|---|---|---|
| Stamping
Maximum Part Size |
Maximum coil material width： 600mm Maximum thickness （T）： 6.0mm |
Stamping Maximum Part Size | The three-in-one feeding machine, paired with a 315-ton punch, imposes a limitation on material thickness, restricting it to within 6.0mm |
| Stamping Minimum Part Size | Minimum width of the coil material is 300mm Minimum thickness （T）： 1.0mm |
Stamping Minimum Part Size | The 160T punch, equipped with an older-style feeder, requires a material thickness of no less than 1.0mm |
| Stamped Product Tolerances | Punching tolerance：0.05mm | ||
| Resistance Welding Strength | Pull-off force experiment：25KN | ||
| Electrophoresis | Film thickness: 15-35um Salt spray test: 720h without red rust |
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| Dacromet | Film thickness: 8um Salt spray test: 720h without red rust |
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| Galvanization | Film thickness: 8-15um Salt spray test: 240h without red rust |
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| Galvanized nickel | Film thickness: 8-15um Salt spray test: 1500h without red rust |
After receiving detailed information(your 2D/3D drawings), we will quote you within 12 hours. If the quote is delayed by some reasons, we will notify you.