The birth and development of FPC and PCB gave birth to the new product of soft and hard combination board, which has the characteristics of FPC and PCB. It can be used in some products with special requirements, including certain elastic areas and certain rigid areas. It is very helpful to save the internal space of products, reduce the volume of finished products and improve the performance of products.

With the development of PCB and the rapid development of the soft and hard combination board PCB market as a whole, on the one hand, due to the development and implementation of 5G technology, the design concept of soft and hard combination board is the optimization of new communication products. On the other hand, the traditional industry will also choose more soft and hard boards in consideration of such factors as the portability, stability, overall assembly efficiency and personalized design of products.

The penetration rate of consumer electronic products continues to increase

As the introduction rate of soft and hard bonding boards in electronic products is getting higher and higher, the PCB industry continues to pay more attention to them. Soft and hard bonding boards were first used in the field of battery modules. Now, looking at all mobile phone brands around the world, it is a consensus to use soft and hard bonding boards for batteries, which can become a long-term trend. Now, in order to accommodate more lenses in a smaller and smaller space, mobile phone lens modules also begin to use soft and hard combination plates. The use of soft and hard combination plates in other industries, such as medical, security, automotive electronics, AR and other industries is also increasing significantly.

The cutting machine plays a vital role in FPC processing. The advantages of laser cutting machine are as follows:

1. Non contact processing: In laser processing, only the laser beam contacts the workpiece, and no cutting force acts on the cutting workpiece, so as to avoid damage to the surface of processed materials.

2. High processing accuracy and small thermal impact: pulse laser can achieve extremely high instantaneous power, extremely high energy density and very low average power. It can complete processing instantaneously with very small thermal impact area to ensure high-precision processing and small thermal impact area.

3. High processing efficiency and good economic benefits: the laser processing efficiency is often several times the mechanical processing effect, and there is no consumables and no pollution.

4. It has the advantages of high processing safety and low labor cost.