Research on residual stress in laser-ShangHai RunQia Electronics Technology Co.,Ltd.

IPG Innovation

Applying Light to Transform the World

IPG Photonics is the inventor and world's leading producer of high-power fiber lasers and laser solutions. From individual laser components to beam delivery and from custom tooling to full laser processing lines, IPG innovation has helped transform thousands of applications across industrial materials processing, medical operations, and scientific endeavors.

IPG continues to pioneer technological breakthroughs that lead and define the laser industry. We are driven by an unwavering dedication to innovation and are always striving to empower global manufaturers and institutions with laser technologies that improve the world around us and make more possible.

Ultra-Efficient Electrode Foil Drying

While traditional foil drying furnaces use fossil fuels and may be up to 100 meters long, laser drying eliminates the fossil fuel consumption carbon footprint and frees up factory floor space and infrastructure. The laser drying process dries over and under the foil surface simultaneously, making it faster and more power efficient than typical convective drying methods.

Ultra-Efficient Electrode Foil Drying

Faster, More Reliable Injection Hole Sealing

Quasi-Continuous Wave lasers minimize heat input using bursts of high peak power to create high-quality injection hole seals at high speeds and use a highly reliable, air-cooled solid state fiber laser design that greatly increases tool uptime.

Nd:YAG Lasers

Quasi-CW fiber lasers are capable of achieving excellent hole quality at speeds of several thousand holes per second by utilizing a combination of high peak power and long pulse duration.

CO2 Lasers

Quasi-CW fiber lasers are capable of achieving excellent hole quality at speeds of several thousand holes per second by utilizing a combination of high peak power and long pulse duration.

IPG Fiber Lasers

Quasi-CW fiber lasers are capable of achieving excellent hole quality at speeds of several thousand holes per second by utilizing a combination of high peak power and long pulse duration.

Techonology

IPG Innovation