Furukawa Electric of Japan introduces industrial laser technology
Furukawa Electric of Japan has been working on fiber technology.
The company is now enhancing itself through cutting-edge technology in the fields of energy, information, heat conduction, connection, and storage, based on its traditional technology. Furukawa has been contributing to the infrastructure, auto parts, and electronics industries, enriching the global industry since its inception in 1884.
Furukawa invented and commercialized an industrial laser. Furukawa’s fiber laser has many advantages, including high beam quality, time stability, reliability, and effect. These ideal functions facilitated rapid expansion in the field of metal material processing. Deep melting, high-speed processing, and reduced welding defects enable the industry to solve its problem. The strain is lower than in conventional arc welding. This property ensures that processing occurs at a rapid pace.
Furukawa Electronic’s Takashi Kayahara stated, “This laboratory evaluates processing using fiber lasers.” We evaluate lasers that have been tested and developed in collaboration with customers.”
“This machine is a Furukawa Electric 12 kw fiber laser system that is manufactured and sold. Inside, a high-power laser is created and transmitted into the processing room via optical fibers. The laser is transmitted via fiber to the Galvano scanner for processing. The metal is then processed by the fiber laser. When we look at the industrial situation, we can see that environmental regulations, including fuel gas, are being strengthened, and the need for car weight reduction is a hot topic. Furukawa’s cutting-edge technology is sought after in this transformation of the automobile industry. Furukawa’s industrial fiber laser is used for welding car bodies and parts, including aluminum processing, motor and battery welding, and particularly copper welding,” Kayahara explained.
Welding thin copper board is a critical technology. Furukawa created the fiber laser plus blue laser machine.
It allows you to control the exposure of the laser when binding plural thin cupper board. Fiber laser fitting to target can be controlled by 12 KW fiber laser systems. The most distinguishing feature of this technology is that it produces less spatter than a spark fiber laser. Its exposure does not cause a spark, allowing for precise welding. Rust removal is also a future-promised technology. Furukawa’s fiber laser system, developed using fiber optic technology, will help to solve the problems of global warming and zero carbon emissions.
Furukawa’s technology is critical to establishing a sustainable global environment in the future.
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