Laser cutting technology can improve the sealing of the battery box in the following ways during the manufacturing process of the battery box:
High-precision cutting: Laser cutting technology has the characteristics of high precision, which can achieve precise cutting of the battery box, ensuring that the cuts are smooth and burr-free, and improving sealing.
Non-contact processing: Laser cutting is a non-contact processing method that will not cause deformation or damage caused by physical contact, ensuring the structural integrity of the Battery box and helping to improve sealing.
Small heat-affected zone: The heat-affected zone during laser cutting is small, which can reduce material deformation and residual stress, which is beneficial to maintaining the original performance of the battery box material and improving sealing.
Multifunctional cutting: Laser cutting technology can achieve cutting of complex shapes and structures, such as fine pores, corrugated sealing edges and other designs, which help improve the sealing performance of the battery box.
Automated control: Laser cutting equipment is usually equipped with advanced automated control systems, which can accurately set and adjust cutting parameters to ensure consistent cutting quality and improve sealing.
Customized design: Laser cutting technology can be used to customize cutting solutions according to design requirements, including different shapes, sizes, notch designs, etc., to meet the sealing needs of different battery boxes.
In summary, laser cutting technology can improve the sealing performance of the battery box and ensure the safety and stability of the battery through high-precision cutting, non-contact processing, small heat-affected zone, multi-functional cutting, automated control and customized design.
