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