Tig welding - Import export

The benefits of using aluminium in machine and plant construction are abundant: although aluminium is considered to be a light metal with a density of 2.6 to 2.8 g per cm³, which offers potential weight savings of up to 66% compared to steel and stainless steel, it still has exceptional strength considering these properties. However, the design and concept of steel constructions can often not be transferred one-to-one, due to the higher malleability and lower residual stress of aluminium components. An additional benefit is the aluminium's inherent resistance to corrosion: When exposed to oxygen, the light metal forms an oxide coating, which is immediately regenerated upon permeation. Standard processing methods, such as MIG, TIG and CMT welding can easily be used on aluminium without hesitation – particularly on substrates that are also made of aluminium. In some instances, they can be carried out more easily, more quickly and using simpler equipment, which results in further...

DP-270C: A further Highlight of the D-Series The fully digital D-Series power sources also deliver noticeably constant arc stability. Easy operability moves through all setting options like a thread. Persuade yourself: the perfection of welding results speaks a clear language in this regard. The D-Series family possesses a rich repertoire of functionalities for the MIG/MAG or the TIG welding. The MIG/MAG Welding machine DP-270 is also ready for TIG welding and has got a CuSi/CuAl braze welding software on board.

With the properties of the new DT300P digital power source, TIG welding can be significantly simplified: There are numerous options in a compact 30 kg unit. With a multitude of pulse options, the device can be ideally set for different tasks: A controlled heat supply ensures optically clean and even seam structures during low-pulse welding (up to 20Hz) - especially with different material thicknesses. The high arc stability in high-pulse welding (from 20 to 500 Hz), on the other hand, is demonstrated in the lower current range, especially in thin sheet metal applications: welding can be carried out without any problems from a material thickness of 0.3 mm. The robust 80 kHz IGBT inverter stands for reliability and extreme arc stability - even with low currents. The digital control panel, which is designed for rough industrial use, offers many advantages for the user.

Welbee W400: Precise adjustment and arc stability – even in the lower welding area* Precise adjustment of energy input due to AC pulse welding process * High-speed AC pulse welding due to improved features for the respective material * Welding shape looks like TIG welding process due to AC wave pulse technology * High melting rate, weld penetration control * Extended application scope due to 400 A at 40% rated duty cycle

With repetition accuracy of up to ± 0.07 mm, the new high accuracy robot can succeed in even the most demanding of tasks. The deviation from circular diameters of ≤ 10 mm is max. 0.09 mm - half as much as with commercial robots. • Position Accuracy: Highest precision regardless of robot position. • Precision machining: The best choice for laser welding and cutting, TIG, and other tasks requiring high accuracy. The best choice for laser welding and cutting, TIG, and other tasks requiring high accuracy. The main technical specifications at a glance: Number of axes: 6 Working Range (P-Point): R 1664 mm Max. payload capacity: 20 kg Positional repeatability: +/- 0,08mm Drive System: AC Servo Motor Drive Power: 7900 W Weight: 355 kg