Using a single-mode fiber laser possessing superior beam quality, high-quality processing becomes possible for non-ferrous metals which react badly to carbonic acid lasers, such as copper, copper alloys, aluminum etc.
![](http://www.syohatsu.co.jp/wp-content/themes/shohatsu/images/advantage/fiber-laser/fiber-laser_method01.jpg)
![](http://www.syohatsu.co.jp/wp-content/themes/shohatsu/images/advantage/fiber-laser/fiber-laser_method02.jpg)
![](http://www.syohatsu.co.jp/wp-content/themes/shohatsu/images/advantage/fiber-laser/fiber-laser_method03.jpg)
![](http://www.syohatsu.co.jp/wp-content/themes/shohatsu/images/advantage/fiber-laser/fiber-laser_method04.jpg)
Example of fiber laser cut
![Example of fiber laser cut](http://www.syohatsu.co.jp/wp-content/themes/shohatsu/images/advantage/fiber-laser/fiber-laser_property01_en.png)
![Example of fiber laser cut](http://www.syohatsu.co.jp/wp-content/themes/shohatsu/images/advantage/fiber-laser/fiber-laser_property02_en.png)
If you need ultra-thin SHIM, metal processing, or aluminum processing, Syohatsu Co., Ltd is the place to go.
Using a single-mode fiber laser possessing superior beam quality, high-quality processing becomes possible for non-ferrous metals which react badly to carbonic acid lasers, such as copper, copper alloys, aluminum etc.