The highly integrated architecture combines core functions such as cell testing, process execution, and status monitoring into a single system, enabling the entire battery formation and capacity sorting process to be completed in one stop.
Equipped with an energy recovery mechanism, it effectively recovers excess energy generated during testing, enabling efficient energy recycling and significantly reducing overall energy costs.
Featuring a modular design, each unit is independent and can be easily disassembled, allowing it to accommodate the manufacturing requirements of different battery cell models while facilitating future maintenance and production line expansion.
Equipped with a professional temperature control system, it can precisely regulate the temperature of the test environment, ensuring that the battery cells remain within a stable temperature range during the formation and capacity testing process, thereby effectively ensuring cell consistency and performance.
Supports multi-dimensional customization, including production capacity, fixtures, and process flows, and can flexibly accommodate the production and testing requirements of various battery types, such as cylindrical, prismatic, and pouch cells.
Equipped with a proprietary intelligent control system, it supports seamless integration with upper-level production management systems, enabling end-to-end data traceability and real-time monitoring of production status.