Laser solutions for the automotive microelectronics industry:
The use of lasers in materials processing has fundamentally changed the manufacturing industry and solved many difficult problems that cannot be solved by conventional methods. Laser finishing and laser micromachining not only promoted the development of the microelectronics industry, but also provided conditions for micromachinery manufacturing. Most of the traditional processing methods are the transmission of force, so the processing speed is limited, while the laser processing is more the transmission of light, the inertia is small, the flexibility is high, and the laser energy density is high. Common processing means for future manufacturing systems. " Laser processing technology is a non-contact processing method, so it does not produce mechanical squeeze or mechanical stress. The laser focused beam is extremely thin, and it is finely processed on small components, especially in line with the processing requirements of the electronics and semiconductor industries. In addition, laser processing technology is widely used in electronic circuit, semiconductor, and precision component manufacturing industries due to its high efficiency, non-pollution, high accuracy, and small heat affected area. Automotive electronics, as a new type of indispensable industry to meet the future of smart cars, is increasingly pressing for laser precision manufacturing.
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