High performance welding control - B 20K

The EVO Industry 4.0 series is new to the market. Several systems, initially compact as the 200 A Autorange and now also modular in connection with the Tetrix inverters. The systems are small, lightweight and handy and offer a high-resolution colour display, multilingual intuitive user guidance due to a colour touch interface, or alternatively operation using a membrane keyboard, a stable operating system (without data loss during power outages and quickly ready for use again), full access through tablet with QR-code scanner, data transfer via USB, LAN and WLAN, fault analysis program, manufacturer support via remote maintenance, a mountable cooling unit as an option, and many other functions... Connection to Tetrix 200 or Tetrix 351. Compact and light with the external dimensions (L x W x H) 405 x 325 x 170 mm and weighing only 9.7 kg. Optional: — Water Cooling Unit COOL 50 or EVO COOL — EVO Remote Control — Gas Controller Box

Spot welding is different from other types of welding. There is no need to use any extra material. Two grains of metal are boiled by a classical method. Fusion is achieved by melting. The process of punting is as simple as that. Spot welding can also be called a resistance welding process. When welding, an electric current is used. Sometimes it is made using two, and sometimes more than two metals. Both pressure and heat are applied. The electrodes are copper-alloyed and are used by interacting with the metal surface. This resource is most often used in the automotive industry. It is a resistance welding process.

Welding electrodes made of tungsten, molybdenum and their alloys are particularly suitable for welding highly conductive materials such as copper. They are used in the following processes: Spot welding, Roller welding, Projection welding, Upset welding. Welding electrodes made from our refractory metals and their alloys have a relatively high level of electrical conductivity while also exhibiting outstanding stability at high temperatures. They therefore have a considerably longer service life than conventional materials such as copper and copper alloys.

As a complement or an alternative to wave, mini-wave and traditional selective soldering techniques, the MPS700 bottom side selective soldering machine provides maximum accessibility and meets mass production requirements of quality, reliability and cycle times. The iron head is equipped with a powerful heating element and a high precision wire feeder. The solder point positions are adjusted using a compact vision system close to the iron head. A 4-axis system guarantees quick and precise movements. The MPS700 can be equipped with mta classic soldering iron head and MSH150 soldering iron head.