Application of new laser die-cutting technology

Laser die cutting, also known as digital die cutting, uses a high-power laser to evaporate the material on the path of the laser beam. The switch of the laser beam and the path of the laser beam correspond to the cutting requirements of the product graphics one by one. Because the cut part is evaporated, the manual or complicated waste required for small fragments can be omitted.

Since its first application in the 1980s, the basic concept of laser die-cutting technology has not changed. However, with the development of laser die-cutting technology, especially the development of those complex laser die-cutting control software, people's expectations of laser die-cutting have been significantly improved. Today, low-cost laser die-cutting systems composed of cheaper components are far superior to the expensive systems designed a few years ago. In high-end products, the latest laser die-cutting systems can stably perform more complex die-cutting with a wider range of material applicability and tighter tolerance control.

For these challenging requirements, investing in laser die-cutting technology has become the best equipment to meet practical needs. However, in the current market, some laser die-cutting systems still have defects in quality and production capacity, which is unacceptable for advanced laser die-cutting technology.

For some applications with simple requirements, due to their high power and strong functions, they are generally achieved through low-cost laser die-cutting systems. This article will discuss how to make the new generation of laser die-cutting systems meet the needs of practical applications and analyze how the various functions of laser die-cutting systems are reflected in quality and output.