Since the advancement in welding technologies, Inverter welding machines have become increasingly popular as they employ freshly developed silicon technology to control the welding process electrically. It converts the main Alternating Current to Direct Current before raising the frequency of the current, such as 240V alternating current to 20V DC output. Finally, it is rectified back to DC current and applied to the electrode.An Inverter Welding Machine has several advantages, including being lightweight, small, portable, and simple to use. Because it uses relatively little electricity, it can be plugged into a standard household power outlet. It also has several power regulation settings and can handle low-quality electrical supply systems. A welding equipment with an inverter transforms alternating current to a lower usable voltage output. Inverter-based gadgets convert power using a couple of electrical components. Traditional transformer-based appliances, on the other hand, rely on a single huge transformer to manage the voltage.This is accomplished through the use of electronic buttons that quickly turn on and off the electricity. The size of the transformer may be considerably reduced by controlling the power source before it enters the transformer.An inverter is a voltage regulating electrical system. In the case of an inverter welding machine, it transforms the alternating current power source into a lower usable output voltage. Inverter-based devices convert electricity using a succession of electronic components, as opposed to conventional transformer-based devices, which rely largely on a single massive transformer to manage voltage.

6 Advantages and 4 Limitations of Stick Welding

Stick welding machine, also known as Shielded Metal Arc Welding (SMAW), or Manual Metal Arc Welding (MMA or MMAW), or Flux Shielded Arc Welding, is the most widely used welding process. There are various advantages and limitations of stick welding, however, we cannot deny the fact that it is one of the oldest styles of welding.And it is also extremely versatile and therefore used in areas such as heavy equipment maintenance, construction, and also pipeline welding. Encounter between the rod electrode and the workpiece sparks the arc in stick welding. This produces a short circuit between the two poles for a split second, allowing current to flow. Then the arc is formed by the interaction of the workpiece and the electrode. This generates the necessary fusion heat, and the electrode also provides the protective slag and the gas shroud through the consumable core wire and the consumable coating. Stick welding can be done with either Alternating current (AC) or Direct Current (DC) electricity. DC, on the other hand, is the recommended polarity for stick welding because it provides various benefits such as smoother and more stable arcs, fewer outages, less weld spatter, and simpler overhead welding. Arc welding by hand necessitates a low voltage and a high amperage. Which means the welding mechanism reduces the available mains voltage to a much lower welding voltage. Simultaneously, it supplies the needed amperage, allowing the power source to be altered and regulated.

Arc welding machine is the process of joining metal – steel in this case – using electricity. Rather than most other formats, which generally use gas, this process uses electricity to create enough heat to melt the metal and fuse it together during cooling.

Before talking about the TIG welding advantages, let us understand Tungsten Arc Welding (TIG). In TIG welding an arc is created between a non-consumable tungsten electrode and the metal being welded. The arc produces the required heat to melt the work and the shielding gas (pure argon), fed through the torch, keeps oxygen in the air away from the molten weld pool and the hot tungsten. Tungsten is used for the electrode both because of its high melting temperature and good electrical characteristics. When filler metal becomes necessary, a separate filler rod is fed into the arc stream either manually or mechanically. Since no flux is required,