Process comparison between laser cutting machine and traditional equipment

In the sheet metal industry, an important process is steel cutting. Traditional processing techniques encompass flame reducing and plasma cutting,  but since the popularity of laser cutting machines,greater and greater sheet metallic producers pick laser slicing machines. What are the benefits of laser reducing machines in contrast with flame slicing and plasma cutting?

Flame cutting is the original traditional cutting method because of its low investment. In the past,the requirements for processing quality were not high.  If the necessities are too high, adding a machining process can solve the problem，and the market retention is very large. Now it is in general used to cut thick metal plates over 40mm. Its disadvantages are that the thermal deformation is too giant in cutting, the slit is too wide, waste of material, and the processing pace is slow, so it is solely appropriate for rough processing.

Plasma cutting and fine plasma cutting are similar to flame cutting, with a large heat-affected zone, however a whole lot greater precision than flame cutting, and a positive expand in speed, turning into the main force in medium plate processing.  The drawback is that the thermal deformation is too giant when slicing skinny metal plates, the slope is additionally large, and the consumables are extra expensive.

Laser cutting machine is a technological revolution in sheet steel processing, and it is the "processing center" in sheet metallic processing. Laser cutting has a excessive diploma of flexibility, quickly slicing speed, excessive manufacturing efficiency, and brief product manufacturing cycle, which has gained a extensive vary of markets for customers.Laser cutting has no cutting force, no deformation throughout processing, no device wear, and good material adaptability.  No matter it is simple or complex parts, it can be cut with precision and rapid prototyping; its narrow slit, good cutting quality, high degree of automation, easy operation and labor saving Low strength, no pollution; automatic cutting and nesting can be realized, which improves the utilization rate of materials, low production cost, and good economic benefits.