Contact Us+8613924641951


Application of tube laser cutting machine in bicycle

Mar 31, 2021

With the implementation of shared bicycles, it has brought great convenience to people's travel and successfully solved the problem of short-distance travel.

At present, bicycle frames are all made of pipes, and pipes as bicycle frames have the following two advantages. First, the weight is relatively light, and second, the pipes have certain strength. Most of the pipe materials used for bicycles are aluminum alloy, titanium alloy, chromium molybdenum steel, and carbon fiber. The improvement of pipe and structural design capabilities and innovative processing technologies have become the eternal melody of the innovation and development of the bicycle industry.


The laser pipe cutting machine is a special machine tool that uses laser technology to cut various graphics on pipe fittings and profiles. It is a high-tech product integrating CNC technology, laser cutting and precision machinery. It is professional, high-speed, high-precision, high-efficiency, and cost-effective. It is the first-choice equipment for the non-contact metal pipe processing industry.

Compared with the traditional cutting process, the laser cutting machine has a smoother cutting section of the pipe processed by the laser cutting machine, and the cut pipe can be directly used for welding, reducing the processing procedures in the bicycle industry. Compared with traditional pipe processing, which requires cutting, punching, and bending, the traditional pipe processing technology consumes a lot of molds. Laser cutting pipes not only has fewer procedures, high efficiency, and the quality of the cut workpieces will also be better.

Therefore, bicycles made by laser cutting machines not only have beautiful appearance and personality, but also can beat ordinary bicycles in performance. It is a good way for small-batch bicycle production and processing.

The tube laser cutting machine produced by Riselaser can professionally cut and process various square tubes, round tubes and other shapes of tubes, and cut arbitrary design patterns on the tubes. Fast speed, high precision, one-time molding, no need for subsequent processing. No mold required, cost saving, visible layout, close fit, saving material.