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  • Pulsing as a universal solution in steel welding

    An all-singing, all-dancing solution? In many areas of life, they still don’t exist yet. But is it true that there is now ONE universal solution in the field of welding systems? Is there one system to suit all applications? Is there ONE ideal process? Of course not. However, we are talking exclusively about the area of steel welding and the MAG process. One thing quickly…

  • TIG

    TIG welding systems and their special functions—Part 2

    A no-frills go-kart for a fun drive without the fuss? Or a luxury limousine packed with advanced driver assistance systems to ensure effortless handling even at high speeds? Just like in automotive engineering, there is a wide range of options to choose from when it comes to TIG welding systems and their special support functions, too.

  • TIG

    TIG welding machines and their special functions – Part 1

    A no-frills go-kart for a fun drive without the fuss? Or a luxury limousine packed with advanced driver assistance systems to ensure effortless handling even at high speeds? Just like in automotive engineering, there is a wide range of options to choose from when it comes to TIG welding machines and their special support functions, too.

  • Learning virtual welding

    Virtual welding: Learn to weld with welding simulators

    Learning to weld? For many this can seem like a battle: hot and challenging to the max. But can the topic of welder training be addressed in a more relaxed and safer way? Is it perhaps possible to increase the quality of the training while at the same time reducing costs? One suitable alternative is the use of welding simulators.

  • HF-Blitz ohne Lichtbogen

    Highly professional TIG welding: HF ignition

    Driving on ice: assuming you have at least four wheels and have undergone intensive training, this should be possible. However, if the driver wishes to drive on mountain slopes with high precision and maximum safety, a vehicle with all-wheel drive is advisable – almost as a basic requirement. There are also parallels with TIG welding here. The maximum quality welding process which demands fine dexterity…

  • Stichlochschweißen in PC Position

    Keyhole welding – definition and variants

    From the food industry through to the aerospace sector, wherever top-quality even weld seams are required, many companies rely on TIG welding. This process could be compared with a premium limousine: high class but lacking somewhat in terms of speed. And this precise problem can also quickly become a problem in production processes that use TIG welding technology: the TIG process can be inefficient due…

  • What is an arc and how does arc welding work?

    A bright, bluish light. Everything’s fizzing and crackling. You can feel the tension in the air. This is what springs to most people’s minds when they hear the word “arc”. Lightning is an arc that you might see during a thunderstorm. On the railroad as well, an arc sometimes forms briefly between the catenary and the pantograph. Welders use an arc in a targeted way…

  • MIG/MAG pulse welding – why do we use it?

    Advantages and disadvantages of the pulsed arc compared to the standard arc Cruising along at high speed on the freeway – in a modern sedan, you feel as if you are simply gliding along rather than putting up a fight against the centrifugal forces. It mirrors the lightness of being, and enables greater distances to be covered with ease. But what would it be like…

  • Technological equipment in the dairy plant, ©Shchipkova Elena

    Clean and hygienic: TIG welding in the food and drinks industry

    Be it in the brewing trade or in cheesemaking, extremely strict legal requirements apply in the food and drinks industry. One hundred percent compliance with hygiene regulations is therefore of the utmost importance. In order to prevent germs and bacteria from taking up residence, welded joints must be as smooth as possible and, above all, non-porous. This is why the food and drinks industry relies…

  • Schweißgerät einstellen

    How do I correctly apply the welder settings?

    When is the user actually ready for welding? When they’ve prepared the workpiece, put on their gloves and helmet, the system is switched on, and the gas hose is already connected? What’s next? Our blog article provides answers using the example of MIG/MAG manual welding. 1) The parent material Long before it becomes a question of how the welder settings need to be applied, it…