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Industrial Vs Non-Industrial Plasma Cutting Machines

The plasma cutting technique is a widely used process that has gained widespread recognition because of its ability to cut most forms of metal and is greatly preferred because of its simplicity in usage. It has flexibility with a range of capacities and applications has made it a universally approved metal cutting process. If you want to order plasma cutting machines online, you can check out


Non-industrial plasma

Non-industrial plasma steel construction is most appropriate for garage users who require plasma cutting 4-5 times per week, perhaps 3-4 hours per day. A plasma within this class is most appropriate for small operations. Non-industrial plasma units are a lot cheaper than industrial plasma screens, but cannot manage the high volume designed for plasma. 

Industrial plasma

Industrial plasma refers to semi-permeable plasma units for big production facilities, large enough to operate the machine. If your surgery fits into this category, an industrial plasma isn't only preferable, however, an absolute requirement.

High-end classic plasma and high-definition plasma fall into the category of industrial plasmas. With the advancement of modern days however large definition is usually the plasma of choice due to the high level of automation they are capable of supplying high efficiency.

Benefits of Industrial Plasma

• lower operating costs

• Oxygen and multi-gas capability for improvement

• fast cut speed

• Notably longer consumable life

• Thicker cutting ability

• fast disconnect flashlight

• Best cut quality including squirt edges and rounder holes

• Mark, cut, and bevel with comparable consumables.

• More process options for maximizing cut quality

Essential Elements of an Industrial Plasma Cutting Machine

Most essential for plasma machines is the ability to provide consistent quality. A well-engineered, well-built control unit is required to provide a consistently higher degree of accuracy and quality done at high speeds for quite a very long moment. It's unable to achieve consistent precision for a normal control unit, particularly at longer production periods where it's very likely to overheat or split. The controllers have five main elements: power supply, controller, a lifter, drive, and servo motors.