CNC laser micromachining, also known as precision laser machining, is a technology that uses a laser beam to control heat and light intensity in a way that finely controls chemical reactions and ultimately creates high-quality fine structures in materials. The miniaturisation, precision and efficiency of this process is made possible thanks to the application of advanced laser micromachining equipment such as fully automated wafer laser scribers, which are equipped with high efficiency, low cost, stable and reliable processing quality.

Compared with traditional processing methods, CNC laser micromachining has obvious advantages. On the one hand, the precision cutting and fine shaping it achieves is meticulous, which not only improves the quality and accuracy of the product, but also realises complex shapes and structures, and meets a variety of special performance technologies and requirements. On the other hand, in the process of CNC laser micromachining, the high energy density of the laser beam can realise rapid processing speed. At the same time, due to its cold processing characteristics, it will not have thermal influence on the surrounding materials.

In addition, CNC laser micromachining is also characterised by green manufacturing, as its processing does not require the use of chemical substances, which reduces the pollution of the environment. At the same time, due to its high efficiency and low cost, CNC laser micromachining has been widely used in modern high-tech and industries, such as microelectronics, micro-mechanics, micro-optics and other fields.

Overall, CNC laser micromachining is an advanced technology with high efficiency, low cost, stable and reliable machining quality, and has the advantages of green manufacturing, high machining efficiency, adaptability, and contactless machining, which plays a vital role in modern manufacturing.