From compact MIG/MAG welding machines to robotic laser systems: what Kimex and Kiberys presented at MachTech 2026

A robotic welding system, compact welding machines featuring pulsed MIG/MAG welding capabilities, and air-cooled handheld laser welding machines were among the highlights of the presentation by Kimex and its subsidiary Kiberys at this year's MachTech&InnoTech 2026 exhibition. The two companies showcased both established solutions from their portfolios and new technologies aimed at automating welding processes, increasing production flexibility, and ensuring consistent, repeatable results.

At the companies' booth, the Engineer.bg team had the opportunity to explore Kiberys' robotic welding system featuring the KIBOT robot. The configuration demonstrated how combining the robot's mechanical design capabilities, seam tracking functions, and precise control of process parameters can ensure reliable welding operations. Kimex, for its part, presented solutions for manual and robotic welding, as well as the THEO series of laser welding machines by Maxphotonics.

The complete robotic welding system, designed and manufactured by Kiberys, features an integrated Kemppi welding power source specifically developed for robotic applications. The robot's design incorporates a so-called "hollow wrist", through which the welding torch cable assembly is routed. It also passes through the robot's fourth axis, providing greater freedom of movement for the manipulator and facilitating access to the joints being welded.

At Kimex's booth, visitors could also see ultra-compact welding machines with pulsed power supply and pulsed MIG/MAG welding capabilities. They are designed for professionals who require high productivity and easy equipment portability, including when working outside permanently equipped production areas.

Another major highlight of Kimex's exhibition was the THEO range of air-cooled handheld laser welding machines manufactured by Maxphotonics. The model on display had an output power of 2 kW and can perform butt welding of steel components with thicknesses of up to 8.5 mm.

Image source: Engineer.bg