IPG Photonics

IPG produces fiber lasers, amplifiers, and complete laser-based systems for industrial manufacturing. The portfolio includes continuous-wave lasers up to multi-kilowatt power levels, pulsed lasers for micromachining, handheld and cobot welding units under the LightWELD brand, laser cleaning systems, and beam-delivery scanners. Each product line targets a specific material-processing task — cutting, welding, marking, cleaning, or surface treatment — across metals, plastics, and other substrates.

IPG's lasers appear in automotive and electric-vehicle battery production, medical-device manufacturing, aerospace component fabrication, heavy-machinery cutting, and general metal fabrication. The company also addresses niche applications such as high-efficiency industrial drying and coating removal without chemicals. Its application labs in the United States, Germany, and Turkey configure systems for individual customer processes before deployment.

IPG sells both laser sources (the engine that generates the light) and turnkey robotic workstations that integrate the laser with motion control, fixturing, and safety enclosures. The firm's systems business includes automated welding cells, high-speed cutting beds, and handheld or collaborative-robot cleaning tools, giving customers a single point of contact for the entire process.

The company is headquartered in Oxford, Massachusetts, and operates a materials-processing systems office in Minneapolis, Minnesota. It maintains application and support centers across North America, Europe, and Asia, with regular demonstration events in Stuttgart, Istanbul, Geneva, and Detroit. The firm reports an installed base spanning more than 30 countries.

IPG marked 35 years of continuous laser innovation as of 2026, according to the company's public statements around its SPIE Prism Award. Its founder, Dr. Valentin Gapontsev, pioneered the commercial fiber laser, and the firm has since scaled from laboratory prototypes to the industry's broadest production line of fiber lasers.