Cutting technology

Cutting technology

HOME > Microfabrication technologies > Cutting technology

Cutting technology

Choosing the best cutting method for the specific material and shape

Mitsuwa Electric is capable of various types of cutting methods, including cutting by means of machines and that making use of characteristics of the material concerned.


High-speed cutting method

High-speed cutting method
Mitsuwa's own fully automated coil cutter can cut coils and bar stocks at high speeds and with high accuracy.

The cutter can cut 20 coils for 1 second (the overall length of the coil ranges from 3 to 15 mm). Mainly used for filaments, the cutter may also be applied to cutting ultra-fine wires.

Various types of cutting methods

Cutting method using grinding wheels or the like. Capable of achieving high dimensional accuracy, optimum for precision parts.

Various types of cutting methods Various types of cutting methods Various types of cutting methods

It is also applicable to ultra-fine products, such as coils used in discharge electrodes.
We accept orders for production in small to large quantities.

Other cutting examples

E.g.) W wire f0.01 mm, using 0.05-mm-dia. Mo core wires

Using Mo f0.2 mm, Fe f0.45 mm→

Using Mo f0.2 mm, Fe f0.45 mm

Enlarged view of cut surface

Enlarged view of cut surface

Enlarged view of cut surface * After the core wire has been dissolved

Enlarged view of cut surface
* After the core wire has been dissolved

Varying the coil pitch allows the cut surface shape to be controlled.

For tungsten processing, tungsten electrodes and other microfabrication technologies
Mitsuwa Electric Co., Ltd. TEL:03-3471-3682 FAX:03-3471-9596 Business hours: 8:30 - 17:00 (services not available on Saturdays, Sundays, and national holidays)

[Head Office / Main Plant]
6-7-9 Minamishinagawa, Shinagawa-ku, Tokyo 140-0004
[Mobara Plant]
646 Mobara, Mobara-shi, Chiba 297-0026

アクセスマップ

Page top

Microfabrication technologies that Mitsuwa put together. Mitsuwa Electric Co., Ltd. Inquiry TEL:+81-(0)3-3471-3682 Inquiry Access map