The MET 32xx torch heads achieve the highest loading values in the gas-cooled field. With the new gas-cooled series the gas circulates in a cooling spindle and flows in a spiral around the pipe to the contact tip. This system enlarges the cooling surface significantly. The performance data with the corresponding duty cycles are the result of this. The robotic welding torches are available with bends of 0°, 22° and 45°.

The sophisticated design of the DINSE torch heads which has proven itself in the field ensures the highest operating safety, and so allows a smooth production process. The robotic welding torches are available with bends of 0°, 22° and 45°.

The MET 37xx torch heads achieve the highest loading values in the gas-cooled field. With the new gas-cooled series the gas circulates in a cooling spindle and flows in a spiral around the pipe to the contact tip. This system enlarges the cooling surface significantly. The performance data with the corresponding duty cycles are the result of this. The robotic welding torches are available with bends of 0°, 22° and 45°.

The sophisticated design of the DINSE torch heads which has proven itself in the field ensures the highest operating safety, and so allows a smooth production process. The robotic welding torches are available with bends of 0°, 22° and 45°.

The MET 39xx torch heads achieve the highest loading values in the gas-cooled field. With the new gas-cooled series the gas circulates in a cooling spindle and flows in a spiral around the pipe to the contact tip. This system enlarges the cooling surface significantly. The performance data with the corresponding duty cycles are the result of this. The robotic welding torches are available with bends of 0°, 22° and 45°.

Lightness and precision are the primary hallmarks of this development. The LITE.torch fully exploits the economic potential of hollow shaft robots. With its 260° rotation to both sides in the sixth axis, the gas-cooled rotary interface RET 360-xx saves time and programming effort in curve welding. Its slim design allows optimum component accessibility, even in narrow structures and complex geometries.

With its 260° rotation to both sides in the sixth axis, the ECO.torch saves time and programming effort when welding curves and facilitates optimal component access even in tight structures and those with complicated geometries. The compact, highly torsion-resistant hose bundle is characterised by very low wear and tear and thus by a long service life and long maintenance intervals. The ECO.torch for all common hollow shaft robots has bilateral rotation for maximum productivity and minimal wear. Available in rigid or flexible models with 15° deflection. Protection module for safety shut-off optional.

With its 260° rotation to both sides in the sixth axis, the gas-cooled RET 341 F rotary interface saves time and programming effort when welding curves and facilitates optimal component access even in tight structures and those with complicated geometries. Flexible version with a deflection of 15 °. An optional safety shut-off also protects the tool and robot.

The gas-cooled RET 300 rotary interface allows unlimited rotation of the welding torch. The crucial advantage: the programming effort for complex route sequences including return paths is dispensed with. An additional element of the rotary interface is the crash protection with a deflection range of 15 °. Automatic and precise return to the TCP is a given. An optional safety shut-off also protects the tool and robot.

This innovative DINSE technology allows conventional MIG / MAG welding to enter a new dimension. Thanks to unlimited rotation, the REVO.torch provides significantly shorter welding cycles. The programming effort for complex route sequences including return paths is dispensed with. Another advantage: a significantly higher lifetime for the torsion-free welding set. The REVO.torch is adaptable to all standard hollow-shaft robots.