A complex robotic cell with manual loading and laser safety class 1, designed for laser cleaning, decoating, welding, and cutting of plastics and metals. Its design makes it ideal for processing complex parts with a high emphasis on final quality.
Robo Vario M
The device, with manual part loading into fixtures, can be equipped with optical analysis for final quality or a system for precise position recognition, especially beneficial for plastic parts, with the option to use neural networks.
The station can be equipped with lasers offering a wide power range of 50 W–3000 W, including process heads with complete process diagnostics – camera, pyrometer, LWM, LDD – for welding monitoring.

Applications
Laser cleaning is a highly effective solution for removing contaminants from metal and polymer materials. Moreover, it is a cost-efficient and highly eco-friendly alternative compared to conventional cleaning technologies.
Laser decoating
A progressive laser method for removing painted and coated layers from interior and exterior parts to create visible 2D/3D graphics. With a high resolution of 20 µm and high repeatability of up to 50 µm, it is possible to meet various graphic design requirements for creating logos, patterns, or text.
Transmission polymers welding
A dynamically evolving technology that is becoming the standard for creating non-dismantlable joints in thermoplastics. The process allows thermoplastics to be joined with a strong and tight weld, which is hidden inside the material and often almost invisible.
Laser soldering
Laser soldering is a modern technology used for the permanent connection of metal components or parts with plated conductive surfaces using a laser.
Features
- Easy handling of parts
- High variability in part and fixture complexity
- IoT module as a standard
- Maximum workspace dimensions: 1200x600x450mm
- Integrated dynamic process diagnostics: LWM, LDD