Stamping processes
Backward extrusion
Use | Automobile Battery Parts |
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Processing technique | Precision board forging process |
Material | copper, aluminum |
Board Forging
Use | Automobile Battery Parts |
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Processing technique | Thickness increasing process + Drawing process + In die tapping process |
Material | SPCE |
Round Trim®
Use | Automobile Battery Parts |
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Processing technique | Burr-less cutting process |
Material | copper, aluminum |
Special drawing
Use | Sensor Cover |
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Processing technique | Thickness increasing process at tip portion |
Material | Material nickel chrome super alloy,SUS |
Thin board drawing
Use | Automobile parts |
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Processing technique | Deep drawing process using thin board 0.2mm |
Material | SUS |
Mirror surface drawing
Use | Automobile parts |
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Processing technique | Mirror surface drawing of cylinder inside |
Material | SUS |
Polygonal drawing
Use | Automobile parts |
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Processing technique | Drawing process of irregular shape |
Material | SUS304 |
Edge drawing
Use | Automobile parts |
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Processing technique | Edge process at shoulder |
Material | SUS,High tensile strength steel |
Thick board forging-drawing
Use | Automobile parts |
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Processing technique | Small diameter drawing process using thick material |
Material | SPCE,SUS,SK |
Tough material to process
Use | Automobile parts |
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Processing technique | Precision drawing process of hardly workable material |
Material | Material Chromium molybdenum steel |
Combined Process
Use | Automobile parts |
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Processing technique | In tooling tapping process |
Material | SUS,High tensile strength steel |
Highly-efficient material utilization
Use | IT parts |
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Processing technique | Progressive transfer process |
Material | SUS,High tensile strength steel |
Decreasing material process
Use | Automobile Parts(Sensor parts) |
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Processing technique | Precision board forging process |
Material | 42 alloy (42%Ni-Fe) |