Our welding technology covers manual, semi-mechanised and fully mechanised processes for a wide range of component requirements. Depending on geometry, material, production volume and quality requirements, we use qualified welding processes, automated systems and complementary inspection methods. This ensures robust joints and reliable downstream processing in industrial manufacturing. 

A range of qualified welding processes is available for different materials, weld types and production requirements. This enables both manual and automated applications to be implemented efficiently and with assured quality. 

• Manual arc welding (reference number 111 / ISO 9606-1)
• Metal-active-gas welding partially mechanised (reference number 135 / ISO 9606-1) 
• Metal-active-gas welding fully mechanised (reference number 135 / ISO 9606-1)
• Metal- active-gas welding with flux-cored welding wire fully mechanised (ref. nr. 136 / ISO 9606-1)
• Tungsten inert gas welding (reference number 141 / ISO 9606-1)

Several robotic welding systems are available for automated welding processes. These include MAG welding robots for steel construction components, MAG gantry welding robots and MAG circumferential welding robots. These systems support repeatable production for defined component sizes, part weights and weld requirements. 

In addition to robotic welding, automated MAG transverse seam welding systems, longitudinal seam welding systems and TIG circumferential welding equipment are available. This allows different weld geometries and component shapes to be produced with high repeat accuracy. 

Various inspection methods are available to support welding quality. These include ultrasonic testing, magnetic particle testing, dye penetrant testing, spectral analysis and hardness testing according to Rockwell, Brinell and Vickers. These methods support a transparent assessment of both material and weld quality. 

The combination of qualified welding processes, automated equipment and complementary inspection methods creates a reliable basis for quality-critical steel and mechanical engineering components. This improves repeatability, process reliability and technical traceability in manufacturing.