As a new generation of mobile phone communication technology, 5G network has attracted people's attention and expectations. With its advantages of large broadband, low latency and high link density, it is known by the industry as one of the key technologies for Internet communication. At present, nearly 70% of the manufacturing process of mobile phone communication processing comes from the application of laser equipment processing technology, and various laser technology processes are also widely used in mobile phone manufacturing.
Laser Marking:
Laser marking is to print various symbols, characters, patterns, etc., with extremely fine spots, and the size of the spot can be in the order of microns. It has a deeper meaning for micro processing or anti-counterfeiting. In the mobile phone field, it is mainly applied to the logo mark and text mark on the surface, as well as the logo and text mark of the internal electronic components and circuit boards.
Laser welding:
The laser welding process is mainly used in the welding of mobile phone backplanes, using high-energy laser beams to melt and solidify the surface of the material into a whole. The size of the heat-affected area, the beauty of the weld, and the welding efficiency are important indicators for judging the quality of the welding process.
laser cutting:
Common laser cutting processes on mobile phones include: sapphire glass mobile phone screen laser cutting, camera protection lens laser cutting, mobile phone home button laser cutting, FPC flexible circuit board laser cutting, etc.
Laser drilling:
More than 200 parts are focused on the small size of the mobile phone, which is difficult to process. Laser drilling is particularly suitable for processing micro-fine deep holes, with a minimum aperture of only a few microns. In mobile phone applications, it can be used for PCB board drilling, shell earpiece and antenna drilling, earphone drilling, etc., with high efficiency, low cost, small deformation, The advantages of wide application range.
Laser etching
Laser etching directly acts on the ITO film layer of the touch screen by adjusting the focus position of the high-energy laser beam, so that the ITO layer is instantly vaporized, so as to achieve the etching effect. The processing process will not affect the bottom substrate material, and is mainly used for etching Laser etching directly acts on the ITO film layer of the touch screen by adjusting the focus position of the high-energy laser beam, so that the ITO layer is instantly vaporized, so as to achieve the etching effect. The processing process will not affect the bottom substrate material, and is mainly used for etching circuit diagram of smart phone touch screen. Laser equipment processing technology plays an important roles in the implementation in the production of the 5G products. The laser processing equipment produced bu Suntop Laser has stable performance, affortable prices and guaranteend quality, provideing customers with pre-sales, centralized and after-sales service.
Laser equipment processing technology plays an important role in the implementation of the production of 5G products. The laser processing equipment produced by Suntop Laser has stable performance, affordable prices and guaranteed quality, providing customers with pre-salesLaser equipment processing technology plays an important role in the implementation of the production of 5G products. The laser processing equipment produced by Suntop Laser has stable performance, affordable prices and guaranteed quality, providing customers with pre-sales, centralized and after-sales servicThe processing speed of laser equipment is fast, whcih can great save labor costs, get rid of traditional and complicated processing methods, and promote the progress an ddelopment of 5G products.
The processing speed of laser equipment is fast, which can greatly save labor costs, get rid of traditional and complicated processing methods, and promote the progress and development of 5G products.
