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The lithium-ion battery laser welding system is a high-performance, precise laser welding device that may be used to laser weld batteries and battery packs made of 18650, 21700, 26650, and 32650 cells.
It utilises a light source that is specifically tailored, a high-stability galvanometer system, a high-precision CCD positioning system, and a power monitoring system that are all specifically tailored for welding heterogeneous, high-reflective thin-wall materials.
The equipment contains a crucial component of autonomous intellectual property rights and patented technology, which contributes to its consistent performance and high reliability. The running costs are reduced due to the high photoelectric conversion efficiency.
Strong product expansibility, high degree of integration, and simplicity of automation. Small and compact, with an integrated overall structure.
Real-time power monitoring and management from a single point. The precision welding of dissimilar high-reflectivity thin-walled metal materials, such copper and aluminium, is particularly well suited for the lithium-ion battery laser welding system.
The Global lithium ion battery laser welding machine market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
For Li-Ion batteries, SIL has recently developed a battery welding machine. These batteries are constructed from prismatic containers composed of copper, SS, aluminium, or aluminium alloy. These devices are used to weld can caps, tabs, fill tubes, and terminals, among other things. The components’ thicknesses might range more metres.
Either CW or QCW fibre lasers are usable laser types. With a positioning speed of more than 18 m/min, the machine achieves positioning precision of more .
Other crucial characteristics include, among others, seam tracking with path correction, power ramping & pulse shaping, welding heads with wobble motion, and video camera monitoring of the welding process.
The use of Li-Ion batteries is growing rapidly across a range of industries, including mobile, automotive, aerospace, and defence.
