lithium ion battery spot welding machine

The square battery semi-automatic Battery Assembly Line consolidates the processes of cell handling, module assembly, and PACK assembly. The cell handling section performs functions like automatic cell code scanning, OCV testing, and adhesive stacking, while the module assembly section finishes polarity detection, laser welding, and voltage and internal resistance testing. The PACK assembly section accomplishes module boxing and BMS assembly.

The benefits of the equipment stem from its highly automated system that reduces the amount of manual intervention, increasing production efficiency and ensuring consistency of product output. The equipment utilizes sophisticated vision positioning technology (for example, CCD vision systems) to ensure traceability and accuracy of the welding and inspection processes. The equipment has great compatibility and can produce battery modules and PACK with a variety of sizes to correspond to the range of production requirements, which achieves the purpose of producing high-quality Lithium-Ion Battery Pack Assembly Line efficiently.

 

High-Efficiency Production: The entire line operates with a production efficiency of 8PPM and operability of ≥95%, which meets the demand for exporting time and volume of production tasks for Lithium-Ion Battery Assembly.

High-Precision Inspection: The OCV testing and sorting machine has a pass rate of ≥99.8%, with the total voltage and internal resistance testing being completely accurate, meaning that defective products are consistently screened out, while maintaining proper product quality.

Good Compatibility: The battery assembly line is compatible with various sizes of modules and PACK to be produced to meet the specifications of numerous product production types; overall reducing the cost for companies needing to change types.

 

 

 

Medium and Small-Scale Battery Manufacturing Enterprises: The semi-automatic mode and moderate production efficiency of the equipment correspond to the flexible demands of medium and small-scale battery manufacturing enterprises to adjust production plans. It accomplishes product quality while controlling costs. The strongly compatible system means that companies do not need to invest in replacing equipment frequently; it provides the ability to quickly respond to battery specifications and variability as required by market demands, enhancing the competitiveness of companies in the market.

Research and Development, and Pilot Production Scenarios: The high-precision inspection and flexible compatibility of the system affords strong functional capability for the battery industry to perform research and development, as well as pilot production with the equipment. Larger R and D opportunities for various battery specifications; the system can accurately perform inspection of all battery specifications, while allowing experience upgrading to dynamic product design and not requiring equipment reassignment during either R and D or pilot production. The pilot production similarly accounts for optimally timing cells, modules, or PACK of various sizes to perform pilot production, thus maximizing times of efficiency and product reliability to develop new products and enter product commercialization.