Ergonomic design
Compact and mobile
Welding processes
Area of application
HMI system controls
- Highly precise welding torch positioning due to the use of servo motors, absolute encoders and precision guides
- Vertical axis with travel distance of 3 to 5 m available
- selwing ring unit for 340° rotation
- TWIN wirefeeder
- Motorized rotating and tilting
- Integrated oscillating unit
- Collision setup (electro-pneumatic)
- Welding torch holder with clamp fasteners for new generation TTHW welding torches incl. SpeedClad 2.0
- 21” touch screen user interface
- CNC platform, STEP data import
- Autom. component position detection
- Real-time process visualization
- TransTig 5000 Job welding current source
- TransTig 2200 Job hot wire power source
- Power sources on telescopic extension devices for easy maintenance
- High performance cooler for SpeedClad 2.0
- Highly precise welding torch positioning due to the use of servo motors, absolute encoders and precision guides
- Vertical axis with travel distance of 3 to 5 m available
- selwing ring unit for 340° rotation
- TWIN wirefeeder
- Motorized rotating and tilting
- Integrated oscillating unit
- Collision setup (electro-pneumatic)
- Welding torch holder with clamp fasteners for new generation TTHW welding torches incl. SpeedClad 2.0
- 21” touch screen user interface
- CNC platform, STEP data import
- Autom. component position detection
- Real-time process visualization
- TransTig 5000 Job welding current source
- TransTig 2200 Job hot wire power source
- Power sources on telescopic extension devices for easy maintenance
- High performance cooler for SpeedClad 2.0
/ Servo motors, encoder, precision guides
/ Assembled on motorized track (“track motion”)
/ Twin wirefeeder
/ Motorized rotating and tilting
/ Integrated oscillating unit
/ Collision detection (electro-pneumatic)
/ Welding torch holder with clamp fasteners for new generation TTHW welding torches & SpeedClad 2.0
/ TransTig 5000 Job
/ TransTig 2200 Job
/ Telescopic extension devices for welding current sources to allow for easier maintenance
/ High performance cooler for SpeedClad 2.0
/ Motorized track
/ Platform for column & boom and welding equipment
/ 21” touch screen
/ CNC platform, STEP data import
/ Automatic component position detection
/ Real-time process visualization
/ Servo motors, encoder, precision guides
/ Assembled on motorized track (“track motion”)
/ Twin wirefeeder
/ Motorized rotating and tilting
/ Integrated oscillating unit
/ Collision detection (electro-pneumatic)
/ Welding torch holder with clamp fasteners for new generation TTHW welding torches & SpeedClad 2.0
/ TransTig 5000 Job
/ TransTig 2200 Job
/ Telescopic extension devices for welding current sources to allow for easier maintenance
/ High performance cooler for SpeedClad 2.0
/ Motorized track
/ Platform for column & boom and welding equipment
/ 21” touch screen
/ CNC platform, STEP data import
/ Automatic component position detection
/ Real-time process visualization
/ New control and drive technology for an even more precise cladding process
/ Motorized tiltable welding torch axis (up to 90°) to comply with the optimum weld layer
/ SpeedClad 2.0 compatible – up to three times better cladding performance in comparison with conventional TIG HD welding processes
/ HMI-T21 system controls – the new generation of control with an expanded scope of functions
In comparison with SpeedClad Twin, the new cladding process only requires one electrode and one wire for the same or quicker welding speeds. Considerably fewer wear parts and less maintenance work are clear benefits of this process.
In addition, the much slimmer welding torch allows for the cladding of small interior diameters.
Why is SpeedClad 2.0 worthwhile?
Our customers need systems that produce perfect welds throughout the entire product life cycle. They need to be efficient and as profitable as possible. During the engineering phase we therefore place great importance on feasibility studies, simulations and welding tests.
To our customer solutions