Laser micromachining of micro-nano foundry

Micro-nano foundry will involve laser micro-processing, and the basis of nano-technology is the development and research of nano-materials. Micro-nano foundry plays a pivotal role in various scientific research experiments. Laser micro-processing is not only popular in the short term, but also plays a pivotal role in the long-term micro-nano manufacturing in the future.

Laser technology, one of the four important inventions of the twentieth century, was widely used in production. With the surge in demand for small electronic products and microelectronic components, laser micromachining has become one of the areas where lasers are rapidly developing in industrial applications.

The laser used in micro-nano foundry has high energy density, good directionality, and adjustable spot size. Laser processing uses these characteristics to convert light energy into heat energy to ablate materials. Laser micromachining has a wide range of materials, including almost all metal and non-metal materials. Compared with mechanical micromachining, it belongs to non-contact processing. There is no tool loss and no obvious mechanical force, so it will not produce processing deformation. .

The laser micro-processing technology in micro-nano foundry is still developing continuously, because of its good processing performance, more and more users have confidence in micro-nano foundry. Experts predict that with the increasing development of laser technology, improvements in light sources, energy density, etc., will be waiting to be seen. At the same time, in micro-nano foundry and micro-nano manufacturing, there is still a lot of room for laser micro-processing.