CJ5E88TIG

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CJ5E88TIG is a type of synergic inverter arc welding machine, a newer version of the classic MIG (metal inert gas) method. It is a combination of short-circuit transfer (SCR) and metal inert gas (MIG) welding, allowing for more efficiency and a significantly easier weld. This means that welding with CJ5E88TIG is far quicker and more cost-effective than with standard MIG.

The CJ5E88TIG range is designed for welding aluminium and other non-ferrous metals. With its dual-level pulse control, the application field is wide. It can be used for almost any type of welding, from light to heavy, from thin to thick and from plain to technical. Furthermore, the versatile adaptibility allows for both Arc and MIG welding.

The CJ5E88TIG welding machine is equipped with a wave-like welding current that helps with the welds, making it easier, faster and more accurate than with traditional methods. This wave-like current, known as ‘pulsed current’, is much quieter than traditional MIG welding and provides a much smoother, cleaner weld. This makes it ideal for applications that require precision welding, such as aerospace and automotive work. It also has more arc stability than conventional MIG welding.

The working principle of the CJ5E88TIG welding machine is based on the principle of an inverter power source. The inverter power source receives and converts the incoming line voltage from alternating current (AC) to direct current (DC). This DC current is then used to create the necessary welding arc. The welding arc is first created by the short-circuit transfer of electricity from the electrode to the workpiece, which causes the metal to heat up and start to melt. The MIG wire then joins the two pieces of metal together, forming the desired joint.

A Pulsed MIG welding process can also be used with the CJ5E88TIG welding machine. This process uses a pre-set program of pulses to alter the arc’s heat levels and increase the welding speed. This in turn helps to improve weld quality and reduce the amount of spatter. In addition, when pulsed current is used, it results in less of an electrode oxidation, further increasing weld quality. This is beneficial as oxidation can reduce the strength of the weld and lead to porosity.

Overall, the CJ5E88TIG has many advantages over traditional MIG welding and is ideal for use in a variety of industries. Its high-efficiency current control system allows for both short-circuit transfer and MIG welding, as well as improved weld quality with the use of pulsed current. With its versatile adaptibility, the CJ5E88TIG makes a great choice for those looking for reliable and efficient welding.

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