Try LightWELD® at FABTECH Starting September 8th

Article content provided by IPG Photonics.

At this point, most welders and production managers have heard a lot about laser welding – like how it’s fast, easy to learn, and produces high-quality welds.

But, while many welders are finding success with LightWELD, for those less familiar with laser welding it’s hard to beat trying it in person.

That’s why IPG Photonics is giving FABTECH 2025 attendees the opportunity to get hands on with LightWELD. Interested welders will learn laser welding basics and safety from laser welding experts before getting behind the torch to lay down their first weld.

When welders first see laser welds, many wonder how their strength compares to MIG and TIG welds. For welders that need to see to believe, first time laser welders will also be able to test their laser weld’s strength in an Instron pull test machine right in the IPG booth.

For operations that are ready to take their laser welding to the next level, attendees will also have the opportunity to see the LightWELD Cobot System in action. This new collaborative robot system is designed to combine the power of LightWELD laser welding with no-fuss automation to help busy welders get more done.

More details about the event:

Event: FABTECH 2025, live demonstrations of handheld and automated laser welding
Time: September 8-11, 9AM - 5PM
Place: IPG Photonics Booth (Booth #20020)

Learn more about LightWELD here.
Learn more about the LightWELD Cobot System here.

Learn more about IPG Photonics here.

Want more information? Contact IPG Photonics representative.

IPG Photonics is the inventor and world’s leading producer of high-power fiber lasers, which enable greater precision, higher speed processing, and enhanced productivity. IPG Photonics offers products ranging from fiber laser sources to turnkey laser processing systems, and their products and process technologies can be found in numerous applications and industries across the globe, including commercial HVAC and sheet metal fabrication.