The TBi RoboMIG torches offer many advantages to the user:
Because of the mechanically robust design, the system is collision resistant, it is not necessary to adjust the neck or to re-teach the robot. The torches have excellent cooling properties and therefore allow a long consumable life with reduced spatter adhesion. The carefully designed neck guarantees for a reliable gas shielding with a very low gas consumption from approx. 6 l/min. Because of the economical advantages, a refit of a robot system will pay for itself within a short time. The modular system allows for optimum adaptation to the welding job.
For more information, please refer to the corresponding product documentation.
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The robot welding torch system TBi Infiniturn has been specifically developped for modern hollow wrist robots. The cable assembly follows the shortest and straightest path to the wire feeder, right through the middle of the robots wrist and arm. The heart of the new system is the new TBi Infiniturn media coupling, which allows for endless rotation of the torch. The system continues to use the well proven TBi RoboMIG torches. Air and water cooled versions are available. |
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For many years, our RoboMIG torches have been withstanding the test of time in highly-demanding industrial tasks. Due to their outstanding design of solid stainless steel, they resist collisions and temperature changes. Being adjusted ex works in the range of hundredths of millimeters, the TCP (Tool Center Point) of the torch remains extremely constant - even after a long time of use. In contrast to competitor's products, no adjustment tools will be necessary. We guarantee this for 1 year! Take advantage of this unique TBi-feature now! |
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In this catalog, you will find useful information regarding our torch system. If you prefer to receive a printed copy, please contact us. |
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The highly precise and collision resistant TBi RoboMIG welding torches are available in different versions and power levels. The geometry of the various models is always the same. In combination with our Power-Pull planetary drive system, the TBi RoboMIG torches allow for the highest process stability in MIG/MAG welding. A separate blow-out channel exists in both the torch neck and cable assembly so that the system can be continuously cleaned and maintenance time is reduced. Each individual component (torch neck, wire feeding system, cable assembly) can be replaced easily due to the modular design.
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The highly precise and collision resistant TBi RoboMIG welding torches are available in different versions and power levels. The geometry of the various models is always the same. In combination with our Power-Pull planetary drive system, the TBi RoboMIG torches allow for the highest process stability in MIG/MAG welding. A separate blow-out channel exists in both the torch neck and cable assembly so that the system can be continuously cleaned and maintenance time is reduced. Each individual component (torch neck, wire feeding system, cable assembly) can be replaced easily due to the modular design.
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The system component "Cable Assembly" has proven itself with long life and wear-resistant components as well as an integrated blow-out hose for cleaning the system. The standard cable assembly can be modified to meet various system requirements by using additional control cables and supply hoses. |
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The torch mount is the precise connection between the robot and the torch and constitutes an important component of the torch system. It is available in many different versions: straight mount, 22° bent mount, 45° bent mount, z-mounts and adjustable mounts. |
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The TBi safety-off mechanism has been developed to reliably protect the robot and torch system from damage by physical contact with obstacles. Its oustanding features are the large allowed displacement of the tool together with a very high precision. For this reason, our safety-off mechanism is regularly the winner of comparative tests. To be able to continue operation after a collision without having to readjust components of the torch system, we always recommend to use this mechanical safety-off mechanism. |
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