It is well known that stainless steel is widely used in various fields due to its strong corrosion resistance, excellent physical properties, and bright surface. Such as kitchenware processing, engineering decoration, etc., especially engineering decoration, stainless steel decoration design must be indispensable. The main applications are decorative curtain walls, hall walls, elevator decoration, door and window decoration, etc.

In the current cutting industry, tube laser cutting machines can be widely used in aviation, construction machinery, automobile manufacturing and other fields.

With its high speed and high precision, laser cutting has been accepted by the market and is widely used in various industries. Laser cutting process replaces the traditional mechanical knife with invisible beam. It has the characteristics of high precision, fast cutting, not limited to cutting pattern, automatic typesetting to save materials, smooth incision, low processing cost, etc. It will be gradually improved or replaced in Traditional metal cutting process equipment.

The laser cutting machine for pipes manufactured by Baiwei is controlled by a digital system, which ensures precision and flexibility. At the same time, multiple cylindrical intersecting line holes of different directions and different diameters can be cut on the main pipe to meet the eccentric and non-eccentric vertical intersection conditions of the branch pipe axis and the main pipe axis. Baiwei's laser tube cutting technology can process any shape that has been programmed, and can be cut in any direction. The shape of the template can be changed quickly without the help of any tools.

Laser cutting machines can be divided into three types: metal laser cutting machines, tube laser cutting machines, and tube-sheet integrated laser cutting machines. They replace human labor to better complete the cutting task.

At present, laser processing technology has become a high-tech supported and popularized by the state. It is listed as a key development project and has broad development prospects. Since lasers are less destructive to materials, they are suitable for most materials ranging from metals and plastics to wafers, electronic components, and more.