Robotic MIG Guns Reduce Gas Loss with Dedicated Lines

Tregaskiss has introduced two new robotic water-cooled MIG guns that are designed to offer superior cooling power for longer gun and consumable life, in addition to reduced gas loss for a lower total cost of ownership.

Related Topics:

Tregaskiss has introduced two robotic water-cooled MIG guns that are designed to offer superior cooling power for longer gun and consumable life, in addition to reduced gas loss for a lower total cost of ownership. The CWD MIG guns are designed for conventional robots, and the TWD MIG guns are for through-arm robots. Both are available as part of a distribution agreement between Tregaskiss and Dinse GmbH.

The MIG guns are available in a variety of amperages ranging from 350 to 600 A at 100 percent duty cycle. A dedicated gas line that runs from the back of the guns directly to the gas diffuser saves costs, since shielding gas cannot escape.

The guns use a dual-circuit cooling system that runs the length of the front end for more effective cooling and lower operating temperatures. This feature extends MIG gun and consumable life and reduces downtime for consumable change-over. Cooler operating temperatures also reduce the amount of spatter that adheres to the nozzle, saving time and money in cleanup, extending nozzle life and lowering overall consumable costs.

Both MIG guns are available in clutch and solid mount models, with a variety of mounting arm and neck options to achieve tool centerpoint. They also include integrated air blast and a simple liner design. One end is pre-dressed at the factory to minimize operator variation in liner trimming.

Editor Pick

AgieCharmilles Laser S Texturing Machine Reduces Quality Deviations

The AgieCharmilles Laser S series, available from GF Machining Solutions, provides a solution to what the company sees as the limitations of conventional and manual surface texturing methods.

RELATED CONTENT

  • Milling With Waterjet

    Machine with abrasive waterjet and control the depth of cut. For the right parts, this fledgling process may offer a compelling alternative.

  • Machining At Mach 3

    Airbus invested in abrasive waterjet for machining CFRP components. Here is why.

  • A Waterjet Machining Center that Fits

    At first, abrasive waterjet machines were naturally at home in the fabricating shop. Today, certain models resemble a typical, fully enclosed CNC machine and they fit well in a machining job shop setting.