Böhler Welding’s patented greenWave® inverter technology provides exceptional energy efficiency (PF power factor reaching 0.96), which directly translates into lower operating costs and a smaller carbon footprint. It guarantees stable operation even with fluctuations in supply voltage and automatically adapts to 3x230V or 3x400V (Autolink) mains, increasing reliability in industrial environments.

ArcDrive is a fundamental improved MIG/MAG process from Böhler Welding, featuring an exceptionally stable and dynamically responsive welding arc. It significantly reduces spatter, minimizing the need for time-consuming post-weld machining. It is ideal for welding carbon steels, stainless steels, aluminum and cored wires, facilitating work even in difficult positions.

RapiDeep is a revolutionary MIG/MAG process from Böhler Welding designed to achieve deeper penetration while reducing heat input (HI). This allows welding speeds to be increased by up to 50% compared to standard methods, which is key to increasing productivity in industrial applications without compromising weld quality.

PulsDrive is a digitally controlled MIG/MAG pulse welding process that operates on the “one pulse – one drop” principle. It provides superior control of the weld pool and material transfer, resulting in welds with a smooth face and minimal spatter. Ideal for welding thin sheet metal and heat-sensitive materials such as aluminum and stainless steels.

QuickPulse combines the advantages of the RapiDeep and PulsDrive processes, offering extremely high welding speeds (up to 50% faster than standard pulse) while maintaining deep penetration and low linear heat input (H.I.). This advanced pulsed process is designed to maximize productivity when welding thicker materials while ensuring excellent weld quality and appearance.

CladPulse is a specialized pulsed MIG/MAG process from Böhler Welding, dedicated to surfacing (cladding) applications. It is characterized by a very low dilution of the parent material, a soft arc and a high melting rate. It makes it possible to achieve the required properties of the surfacing layer often in just one layer, significantly reducing the cost and time of the operation.

DCDrive is the baseline, fully digitally controlled direct current (DC) TIG welding process offered by Böhler Welding. It provides a stable and precisely controlled TIG arc, which is the foundation for achieving high-quality welds on unalloyed, low-alloy and stainless steels. Full digital control guarantees parameter repeatability and ease of operation.

DCPulse is an advanced pulse DC TIG welding process that allows precise control of the amount of heat input. This results in a more focused arc, less distortion of the welded material and reduced internal stresses. Ideal for welding thin materials, making fillet welds and welding in forced positions.

FastPulse is a DC TIG welding process that uses high-frequency pulsation (up to 2500 Hz). It generates a maximally focused and stable arc, resulting in a significant increase in welding speed (up to 65-90%) and minimization of the heat affected zone. Perfect for automated applications and where the highest productivity and quality count.

EasyArc (TIG DC) is an innovative solution from Böhler Welding that simplifies TIG DC welding by integrating more than 12 advanced functions into a single, easy-to-set parameter. It reduces the heat affected zone (HAZ) by 30% and increases welding speeds by 50-90%, making the TIG process more accessible and efficient even for less experienced operators.

Böhler Arc is an extensive library of synergy programs (up to 600, depending on configuration) for MIG/MAG, TIG and MMA processes. After selecting the type of material, wire/electrode diameter and shielding gas, the device automatically selects the optimal welding parameters. This guarantees the highest weld quality, repeatability and significantly reduces the machine’s setup time, making work easier and minimizing the risk of errors.

myNX is a unique feature of Böhler Welding equipment that allows full personalization of hardware configuration, software and welding programs. The operator can customize the interface, save his own settings and optimize the machine for specific tasks and individual preferences. This increases work comfort, efficiency and allows standardization of the company’s welding processes.