Solid-state laser technology revolution: leading the 2020 consumer electronics precision manufacturing

With the in-depth development of "Made in China 2025", traditional manufacturing will inevitably turn to high-end precision machining with higher added value and higher technical barriers. At this time, the technology that can bring solutions for consumer electronics processing has taken off. If you have used the "fastest knife", "the most accurate ruler", and "the brightest light", you must have guessed that there is only a laser.

The market research organization issued a report, predicting that by 2020, the global industrial laser market will reach 6.3 billion U.S. dollars. The consumer electronics market share of its largest terminal application is expected to reach US$2 billion. Take the mobile phone production process as an example. Laser processing technology has penetrated into screen cutting, camera lens cutting, logo marking, internal component welding and other applications. About 70% of the mobile phone processing and manufacturing links are applied to laser technology (more than 20 different Process) and related manufacturing equipment.

Mobile phones are undoubtedly the darling of electronic consumer products. With the increasingly fierce competition in the mobile phone market, the mobile phone manufacturing industry naturally puts forward higher requirements for products. It is reported that about 70% of the mobile phone processing and manufacturing links are applied to laser technology (more than 20 different processes) and related manufacturing equipment. No matter what you can see with the naked eye, or what you can't see, the figure of the laser is "interspersed" in different forms.

Especially with the development of high-power and ultraviolet pulsed solid-state laser processing technologies in recent years, it has continued to promote the leap in smart phone manufacturing technology. The reason for this must be closely related to the characteristics of laser technology and the demand for precision manufacturing of mobile phones. With its many advantages such as high power density, good directionality, cleanliness, high efficiency, and environmental protection, the trend of laser processing to replace traditional technology in mobile phone manufacturing is also becoming increasingly obvious.

In addition to mobile phones, there are also sophisticated consumer electronic products and components such as microprocessors, displays, memory chips, etc., which are composed of a large number of different shaped and micro materials, and in particular require high-precision processing technology support. As a result, the demand for precision processing is driving the lasers represented by ultraviolet pulsed solid-state laser processing to be more and more widely used in the industrial market.

Therefore, the ultraviolet pulsed solid-state laser provides unprecedented extreme manufacturing and precision manufacturing potential, and aims to overcome the high, precise, sharp, hard, and difficult processing bottlenecks that are difficult to achieve by conventional processes. In this case, the ultraviolet pulsed solid-state laser technology is favored by its significant advantages in fine processing, beam control, and beam transmission technology.

As the application of laser technology in the field of consumer electronics has become more frequent, leaders in the laser industry at home and abroad are also actively deploying this promising industry and launching a variety of innovative products and equipment. Who can bring excellent solutions to the high-end precision machining needs of the electronics industry?

Nowadays, the integration requirements of electronic components are getting higher and higher, and the design is becoming more and more miniaturized. Many fine deep holes are difficult to complete if traditional processing methods are used. Laser drilling has thus become an important process method. The laser focus spot can concentrate high energy in a small area, and is especially suitable for processing micro and deep holes. The minimum aperture is only a few microns, and the hole depth to aperture ratio can be greater than 50 microns.

In view of this, Shenzhen RFH Laser brings new technical solutions, innovatively developed the K-6 UV pulsed solid-state laser integrated machine, and produced the K-6 series of water-cooled UV diode pumped pulsed solid-state lasers with a power range of 4W to 8W. It has a short pulse width (<20ns@30K), superior beam quality (M²<1.2) and perfect spot characteristics (spot ellipticity>90%).

In the ultra-fine high-end market, such as mobile phone shell parts, cosmetics, pharmaceuticals, food and other polymer materials packaging bottle surface marking; PCB board marking, LCD liquid crystal glass, glassware surface, metal surface coating, plastic buttons, electronics The RFH K-6 ultraviolet pulse solid-state laser integrated machine has been widely used and praised by the market in many fields such as originals, gifts, communication equipment, and building materials.

In recent years, the market share of metal case computer notebooks has increased. However, there are many small-diameter micro-holes on the casing of this type of computer notebook, which are difficult to process with traditional CNC processing methods, and they can all be solved by the RFH K-6 ultraviolet pulse solid-state laser integrated machine.

이곳은 레이저, 무한한 상상, 무한한 매력의 세계입니다. 2020년, 계속 지켜봐 주세요!