In modern manufacturing industry, aluminum is widely used in various fields, but one of the key problems is how to efficiently and accurately cut and process, while ensuring product quality. In response to this challenge, RFH S9-355 series of laser cutting equipment came into being, for the aluminum anti-carving process has brought a revolutionary breakthrough.

RFH S9-355 series laser cutting equipment uses non-contact laser cutting technology, compared with traditional cutting methods, it has multiple advantages. First of all, due to the use of UV lasers, the heat affected area is greatly reduced. UV lasers are able to concentrate laser energy at a high level and have a higher light energy density, so only a small amount of heat is transferred to the surrounding material during the cutting process, the risk of deformation and damage of the material is effectively reduced.

Secondly, the non-contact laser cutting technology avoids the direct contact between the material and the cutting tool, so the traditional cutting tools are not needed, and the cutting tool life caused by friction and wear is reduced. At the same time, this also means that the cutting process is cleaner and more efficient, not in the aluminum accumulation of debris or Burr, to ensure the quality and accuracy of processing.

In addition to the above advantages, the RFH S9-355 series laser cutting equipment also has adjustable power and frequency, can adapt to different materials and complex shapes of cutting needs. Its high-speed cutting speed and accurate cutting ability, making it an ideal choice for aluminum reverse engraving processing.

To sum up, RFH S9-355 series laser cutting equipment through the use of non-contact laser cutting technology, in aluminum engraving has shown an important advantage. The small heat affected area, clean and efficient cutting process, as well as the adjustable power and frequency of UV laser make it the best choice to achieve high quality aluminum cutting and processing. In the future, this innovative technology is expected to play a greater role in the manufacturing industry, to promote the further development of aluminum processing.