We have achieved exceptional accuracy and minimized deformation in testing welding 0.2 mm thick sheet metal.
Recently, we have implemented a unique project of welding thin stainless steel sheets with a thickness of only 0.2 mm. This project focused on proving the accuracy and efficiency of modern laser welding technology, using a Theo MA35 handheld laser welder.
During the process, a high precision joint was achieved that met the demands for quality and aesthetics. Pulsed laser welding ensured that thermal deformation of the material was minimised, which is a key factor when working with thin sheet metal.
Theo MA35 is an advanced laser welder designed for precise and efficient welding of thin materials. This system features superior workmanship and flexibility that makes it easy to work even in challenging conditions. Key features include:
During the process, a high precision joint was achieved that met the demands for quality and aesthetics. Pulsed laser welding ensured that thermal deformation of the material was minimised, which is a key factor when working with thin sheet metal.
We are able to automate the process on an XY plotter or a six-axis robot. This process is up to 10 times faster than conventional methods and the resulting weld is beautifully smooth and clean without the need for further adjustments.
This project proves that modern laser welding technology offers significant advantages in the processing of stainless steel sheets, even in the thinnest designs. If you have any questions or need a similar solution, please do not hesitate to contact us.