After feeding the waste lithium batteries, they undergo queue arrangement, allowing them to pass through a needle-piercing roller. This process creates small holes, 2-3 millimetres deep, on the battery surface, causing internal short circuits to dissipate the energy inside the batteries.

Our equipment employs sophisticated crushing and sorting methodologies. Utilizing precise physical processes, including particle size differentiation, material density analysis, and air separation technologies, it efficiently and securely segregates materials from batteries. This approach ensures optimal resource utilization while adhering to stringent environmental regulations.