We are a manufacturer of precision microfabrication of metals.
Leads for electronic components
Leads for various lamp electrodes
Leads for HID lamp electrode for automobiles
Crystal oscillator parts
Leads for exhaust gas oxygen sensor for automobiles
Leads for airtight terminal for sensor
Parts for snaps for fishing gear
Leads for capacitors
Leads for gas sensor electrodes
We support our customers from a different perspective than conventional processing methods by making full use of the multiple technologies we have cultivated over many years.
The latest Technology
Our Best Recommended Technique
In order to respond to the increase in the number of terminals and narrow pitch as semiconductor chips become more highly integrated, we have developed ultra-micro forged pins for connection terminals using wire materials with a wire diameter of 0.05 mm and our proprietary micro-header processing technology. We have developed ultra-micro forged pins for connection terminals using our proprietary micro-header processing technology to meet the increasing number of terminals and narrow pitches. Since the material flow during the forging process can be controlled in 1 micron increments, we are able to handle T-shaped pins and other complex shapes, and have achieved extremely stable quality. This product can be applied to Cu pillars for semiconductor chips and medical devices.More
Making full use of knowledge over about 100 years of company history, we are proposing different processing that have changed our perspective.
– Welding processing –◯Resistance welding two pieces(1 spots welding)
– Forming processing –◯Forming lead ◯Anchor lead ◯Ag solder
– Forging processing –◯header lead ◯middle flange pin ◯two stages flange pin ◯minimal forging
– Fine cut processing –◯cut line(regular cut, fine cut)
– Composite processing –◯Welding＋Stamping ◯Welding＋Forging ◯Forging＋Brazing ◯Forging＋Cutting
Contact Tsuritani if there are any processing cost problems
Reduction in cost is possible through our various techniques that we have cultivated over many years.More