Currently, China has the upper hand in the world 5G war. Recently, CCTV news brought another good news about 5G. CCTV News revealed on its official website that in mid-January, China implemented a 4K UHD 5G network transmission test for the first time. The 2019 CCTV Spring Festival Gala will realize the 5G network transmission of 4K ultra-high-definition content, which is also the first 5G network 4K transmission in China.
Laser cutting is an indispensable technical means for 5G base station construction and 5G equipment manufacturing. Take 5G mobile phones as an example. In order to adapt to new technological changes, mobile phones will undergo great changes from materials to manufacturing processes, and core components such as chips, terminal antennas and circuit boards will be further improved. In the field of precision machining, laser machining has unique advantages.
Take flexible printed circuit board and 5G terminal antenna as an example, take high-power laser cutting machine and Bond S series as an example, due to its powerful performance, high beam quality and good cutting effect, the fine cutting of flexible printed circuit board can be a real realization. At present, LCP (liquid crystal polymer) flexible boards have become the mainstream material technology for 5G antennas. LCP antennas are much more difficult to manufacture than traditional antennas and must be processed by laser. Due to the limited space, the line density and spacing of LCP products have increased, and the processing shapes have become more and more complex. Laser cutting is processed by numerical control, and no consumables are required during the processing, which saves the cost of mold opening.
In addition, laser cutting will also play an important role in small 5G mobile phone components and camera protection lenses. With the derivative opportunities brought by 5G, Bond Laser took the lead in formulating the strategy of "Future Factory" and "Future Service", actively exploring VR laser cutting experience, 5G global remote diagnosis, 5G intelligent monitoring, automation and other innovative application control, etc.
(1) VR field experience
We started to develop VR panoramic digital system. Visitors can wear professional VR glasses and visit the 720-degree laser R&D and production base without lasers. In the near future, VR panoramic laser cutting operation experience service will be launched, allowing users to experience laser cutting without leaving home.
It is believed that VR applications and AR applications will play a greater role in the production process of smart factories in the future.
(2) 5G global remote diagnosis
At present, the entire equipment is equipped with WIFI remote diagnosis function, which provides global real-time fault analysis and troubleshooting, saving the economic and time cost caused by personnel round-trip. In the future, with the help of 5G technology, faster and more convenient global remote diagnosis services will be provided.
(3) 5G data processing system
With the maturity of 5G technology, the laser cutting process in the future will no longer be limited to fixed networks, accelerate the intelligent data processing capability of the back-end, and reduce the delay loss caused by network transmission and multi-stage forwarding. This will help improve the aging and precision of laser cutting.
(4) Automatic control and intelligent monitoring
5G will enable industrial interconnection. In the future, the equipment will be connected to each other to realize unmanned cutting, intelligent monitoring and intelligent cooperation with equipment such as bending machines to form a fully automatic animal production line.
The future has come. Actively promote the construction of China's 5G industry chain, explore the application scenarios of 5G in the laser field, and develop intelligent laser head manufacturing solutions that conform to the "factory of the future" application model through close cooperation with vertical industries. 5G in China, available in the future.
