![]() The entire system is designed for automatic power source and process setup based on the task at hand. The SYNC technology platform includes the automatic setup of SYNC Viper and Python Hypertherm plasma cutters, SYNC-capable cartridges, and SmartSYNC plasma torches. So, let’s discuss the SYNC technology’s main advantages and how these Hypertherm’s units compare to conventional plasma cutting equipment. Hypertherm’s new SYNC technology was developed to make plasma cutting easier and foolproof. Benefits of Hypertherm’s Powermax SYNC Technology But the plasma cutting process also works with stainless steel, aluminum, brass, copper, and other conductive metals that cannot be cut with oxy-acetylene. So, you can easily cut plain carbon steel. You’ll achieve the best results with conductive metals. You can cut painted, dirty, oily, or rusty metals because the pilot arc doesn’t rely on the contact between the nozzle and the workpiece to establish an arc. In addition, it’s often not necessary to make any metal preparation, especially if the plasma cutter supports a pilot arc. Therefore, cutting metals on-site is straightforward. Plasma cutters are lightweight and portable thanks to their IGBT-inverter cores. While plasma cutting has a few safety considerations, like protecting from electrocution, eye and physical injuries, toxic fumes, and fire hazards, it’s one of the most accessible manual and automated metal-cutting methods. Learn how the Hypertherm’s next-generation smart plasma can improve your workflow, make cutting and gouging metal easier and faster, and how you can track the usage of the machine. But, Hypertherm SYNC Technology makes plasma cutting setup far easier and more efficient. ![]() Plasma cutting is a fast, reliable, cost-effective, and downright simple way to slice electrically-conductive metals. ![]()
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