EMI battery shielding materials refer to materials that can shield battery interference. Generally, they are widely used in the electronics industry, communications, military industry, security, automobile industry, etc. Common EMI electromagnetic shielding materials are as follows: conductive cloth, conductive cloth gasket, conductive rubber (strip), STM patch foam, conductive silicone, electromagnetic wave absorbing materials, etc. They are of various types and materials, and they are used in different industries and application scenarios. So, how are these battery shielding materials cut in application? I will introduce it to you in detail today.
EMI battery shielding materials are usually some non-metallic materials. Due to their high requirements for accuracy in application, laser cutting machines with obvious technical advantages in cutting accuracy have become the most popular choice for many battery shielding material manufacturers. Premium choice. Laser cutting of electromagnetic shielding materials is also known as high-precision laser cutting machine. It adopts high-end version in the selection of core parts such as lasers, transmission systems and mechanical parts. The cutting quality is much better than the traditional cutting process, even better than the conventional carbon dioxide The cutting machine is of much higher quality. It is specially produced and developed by Chuangxuan Laser for industries that require high precision, such as electronic medical treatment. In recent years, it has been widely used in the cutting of electromagnetic shielding materials.
EMI battery shielding material laser cutting machine
What are the advantages of laser cutting machine for battery shielding materials?
- The machine adopts a non-contact cutting method without physical pressure, which ensures the integrity of the product surface
- The model adopts precise energy control, and the heat affected area is small, which ensures the aesthetics of the edge of the product
- The cutting precision of the equipment is high, which can reach about 0.02mm, which is a high precision equipment
- This model has a wide range of applications and can be used for cutting a variety of non-metallic electronic materials
