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Precision Punching and Bending
Xerom’s ultra-precision metal stamping surpasses etching. Pressing is performed in place of etching to reduce unevenness in product precision and to shorten the processing lead time.
- Measurement technology that guarantees 1 micron processing precision.
- Elimination of shape variations, improved yield, and 40% cost reductions have been achieved
| Description |
For material that has a thickness of 80 μm, a blanking punch with a width of 0.200 mm is used. Unevenness in the quality of the bend part is likely due to rectangular blanking associated ... |
| Material |
Phosphor bronze with silver plating |
| Thickness |
0.08mm±0.015mm |
 |
| Description |
Dull edges, fracture surfaces and burrs are unavoidable in blanking. The ratio of occurrence depends on the material, the blanking clearance, the blanking form, the blanking speed, ... |
| Material |
Oxygen-free copper |
|
| Description |
For a material with a thickness of 40 micrometers, we propose stamping after etching, because the material is very thin but tenacious. Normally, photo etching is used, but this leads ... |
| Material |
Tough pitch copper |
| Thickness |
0.04mm |
|
| Description |
For material that is stiff and tenacious. A minimum crosspiece width of 0.085 mm is required, with a thickness of 0.065 mm. It is necessary to achieve tight tolerances of +/- 0.005 ... |
| Material |
Beryllium copper |
|
| Description |
For material that is brittle and fragile because of its non-crystalline structure. It is therefore difficult to process it. We have developed a unique stamping technology.
- Production ... |
| Material |
An amorphous alloy |
| Thickness |
0.075mm |
|
