Plasma cutting machine, also known as electric cutter

Recently, more and more construction companies have been using plasma cutting equipment, which allows them to perform metal work quickly and efficiently.

If we compare two methods of metal cutting : using a cutting disc and thermal impact, the latter is distinguished by its high speed of work and precise cutting. Red-hot plasma acts on the cutting area without damaging the other workpiece.

Plasma cutting machine, also known as electric cutter

When performing the work, the craftsman does not need to make much effort - he follows the candle in detail.

You can make a so-called curly cut if you don't have specific measurements and don't pay much attention to deformation.

The advantage of the cutter is also that it can process almost all types of metal: from stainless steel to copper alloys.

Today, plasma cutters are used in construction sites to cut metal structures and plates.

If the specifics of your business require fast and high-quality cutting of blanks from various metals, then, of course, purchasing a plasma cutter is very important for you , which you can also find on the Isuruve website and, if purchased, you can also take advantage of installments.

Remember, delivery of any item from us to any point in Georgia is completely free.

As we have already said, the functions of using a plasma cutting machine are different, which means that the device is designed to perform different types of tasks. The main indicator that you should pay attention to is power.

This determines the thickness and speed at which the workpiece can be cut.

The higher the amperage, the larger the arc will heat the metal and, accordingly, the faster it will melt. For example, if you purchase a plasma cutter with a capacity of 160 A, then it will be possible to cut metal up to 40 mm thick.

It should be noted that these characteristics are not optimal and are not recommended for continuous work. You should also consider the type of metal you plan to process.

For example, if you are going to cut 20 mm thick mild steel, this means that you need to multiply this value by 4 (A). This means that the power of the plasma cutter should be 80 A.

If you work with copper alloys, then the specific parameter in this case is calculated as: 20 (mm) * 6 (A) = 120 (A).

Modern plasma cutting systems are designed to work with a variety of metals. Before purchasing, you should determine how you plan to work with the plasma cutting machine.

If you purchased equipment to perform simple tasks, such as cutting metal structures, it's a different matter, as it doesn't require a lot of power.

Also check out the previous post regarding plasma cutting machines .

To avoid overloading the device, you should choose the plasma cutting model that is optimally suited to the specifics of your work.

შესაძლოა დაგაინტერესოთ

უკან დაბრუნება