Laser coding machine teaching laser engraving machine

The laser came into being under the background of the urgent need of theoretical preparation and production practice. When it came out, it achieved a unique and rapid development. The development of laser has not only reborn the old optical science and optical technology, but also led to the emergence of a whole new technology science - laser processing technology. Now, the use of laser technology has been widely deepened to all aspects of industry, agriculture, military, medicine and even society. It is playing an increasingly important role in the progress of human society, and has become the 'key leading technology' of today's new processing technology revolution. one of the disciplines. Therefore, laser processing laboratories have been established in various relevant colleges and universities, and 'laser processing' has become one of the optimized teaching contents of manufacturing technology courses.

1. Advantages of laser processing technology

The processing field is the largest field of laser technology use. The experimental education of laser processing skills is a form of technological subject skills education that uses the characteristics of the interaction between laser beams and substances to cut and engrave materials, and identify objects as a light source. It has become a key skill in industrial production automation. The precious characteristics of laser - good coherence, good monochromaticity, good directionality and high brightness determine the advantages of laser in the field of processing; the teaching laser engraving machine produced by our company has been widely used in laser processing experiments in colleges and universities Room: mainly used to cut aircraft models, science and education, etc. In addition to adding students' hobbies, it can cultivate students' practical ability.

①No touch processing, no direct impact on the workpiece, so no mechanical deformation, and the energy of the high-energy laser beam and its moving speed can be adjusted, so it can achieve a variety of The intention of processing;

② can do the best fine processing of non-metallic materials;

③ in the process of laser processing , the laser beam energy density is high, the processing speed is fast, and it is partial processing, which has no or minimal impact on the non-laser irradiation parts;

④There is no 'tool' in the laser processing process .Abrasion, no 'cutting force' acts on the workpiece;

⑤The laser beam is easy to guide and gather to realize the transformation in various directions, and it is very easy to cooperate with the numerical control system to carry out the processing on the cluttered workpiece. Therefore, it is a very sensitive processing method;

2. The use of laser processing technology in the experimental education of electronic (production) engineering

The laser processing technology belongs to the non-contact processing method, so it does not produce mechanical kneading or mechanical stress, which is especially suitable for the processing requirements of the electronic industry. In addition, laser processing technology is widely used in the electronics industry because of its high efficiency, no pollution, high precision, and small heat-affected zone. Therefore, laser processing skills are particularly outstanding in the experimental education of electronic (production) engineering. Yiming Laser can customize teaching laser engraving machine equipment with different configurations for various colleges and universities.