With the continuous deepening of the “Made in China 2025” strategy, traditional manufacturing is facing deep transformation and upgrading. One of the key strategies is to move to high-end precision machining with added value and technical barriers.
According to relevant market reports, the market size of global industrial lasers is expected to reach US$6.3 billion by 2020. Among them, the consumer electronics field will become the largest terminal application industry for industrial lasers, and its market share is expected to reach US$2 billion. With the continuous advancement of technology, global innovative electronic consumer products are changing with each passing day, and they have built in complex and sophisticated integration technologies. The rapid changes in the electronics industry have brought tremendous opportunities and challenges to the green laser pointer manufacturing industry.
Laser technology uses non-contact processing, which does not cause mechanical stress, especially in line with the processing requirements of the electronics industry. In addition, laser processing technology is widely used in the electronics industry due to its high efficiency, high precision, small heat affected zone and no pollution.
In the consumer electronics industry, green laser pointer cutting enables precision cutting or micro-hole machining of small workpieces such as metal or non-metal parts with first-class cutting accuracy and speed. Laser welding stands out because of its small thermal deformation, precise controllable action area and position, high welding quality, easy automation, and the ability to weld dissimilar materials. Laser marking is suitable for marking all kinds of thin metal/non-metal materials due to its environmental protection, strong wear resistance, high processing precision, low cost, stable performance, wide application range and easy tracking and control. Permanent electronic “marks” on the electronic components.