Optimization of Low Energy Welding Process

低能量焊接是一种由辉士工业发明并申请专利的微弧焊接工艺，它使用短路形式的脉冲放电将金属从电极转移到母材。通过使用电容放电电源，该过程在简明的时间量内提供高电流，从而以非常少的热输入实现金属转移。由于这是一种新的专有焊接工艺，对于利用这种超低热输入焊接工艺使用卢工艺成功焊接困难合金的可行性研究很少。经过验证的修复镁合金焊接工艺的开发将为休斯工业提供一个独特的机会，以增加低能焊接设备的销售市场。这将为焊接机的销售创造一个今天不存在的市场。

The low energy welding is a micro-arc welding process invented and patented by Huys Industries that uses pulsed electrical discharges in the form of a short circuit to transfer metal from the electrode to the base material. By using a capacitor discharge power supply, this process delivers high amounts of current for a concise amount of time, resulting in a metal transfer with very little heat input. As this is a new and proprietary welding process, very little research has been conducted on the feasibility of using the LEW process to successfully weld difficult alloys using this ultra-low heat input welding process. The development of a proven welding procedure to repair magnesium alloys will provide Huys industries with a unique opportunity to increase market for the sale of Low Energy Welding equipment. This will create a market for the sale of welding machines where no market exists today.