Protective fences play an important role in our daily lives, such as staircase guardrails, bridge guardrails, highway guardrails, etc. Among them, iron guardrails, aluminum profile guardrails, and stainless steel guardrails account for a high proportion. As a metal processing tool, laser pipe cutting machines play an important role in the protective fence industry.
In protective fences, the processing of pipes is required, and various forms of cutting, drilling, and welding of square or circular pipes are carried out. To further increase the production efficiency, improve processing quality, and reduce material waste in the guardrail industry, fiber laser pipe cutting machines have become an essential tool for various metal pipe manufacturers, providing a guarantee for the strong development of the guardrail industry.
1. Flexible processing. Laser pipe cutting machine is suitable for cutting various types of materials such as carbon steel pipes, stainless steel pipes, aluminum alloy pipes, and various shapes of metal pipes such as square pipes, round pipes, and rectangular pipes.
2. High processing efficiency. Compared with traditional cutting techniques, laser cutting of pipes has a smooth and burr free cutting section, good workpiece quality, and the cut pipes can be directly used for welding, reducing the processing of guardrails and improving production efficiency.
3. The use of fiber laser pipe cutting machine does not require mold opening, and any cutting shape is programmed through computer software. There is no need to make molds for different designs, and automatic cutting layout and nesting can be achieved, improving material utilization and saving a lot of production costs.
The laser pipe cutting machine integrates cutting, hollowing, and punching, promoting the development of the protective fence manufacturing industry, improving people's quality of life while also beautifying the urban environment. The laser cutting machine for pipes has powerful functions and can complete the cutting and processing of profiles such as round pipes, square pipes, and U-shaped pipes, with a wide range of processing ranges.
