This Lithium Battery Recycling Machine is composed of a series of customized, high-performance modules that ensure the continuous operation and high recovery rate of the production line.

1. The process begins with the Feeding Belt, which conveys the discharged battery. The material then proceeds to the Single Shaft Shredder, which processes the battery into 2-3cm pieces under nitrogen protection, achieving the preliminary separation of shells, anode sheet, cathode sheet, and diaphragm film.

2. Next, the material is transferred to the Pyrolysis furnace, which functions to evaporate the electrolyte, roast the material, and remove the film. The electrolyte gas is sent to the Electrolyte second burning chamber and subsequently treated by the Tail Gas Processing System (Scrubber + Active Carbon + Catalytic combustion system) to ensure environmental compliance.

3. Following the thermal process, the material enters the Zigzag Airflow Separator, which separates the shell (including iron, plastic, aluminum shells) and light material from the heavy material (anode/cathode pieces). The Magnetic Separator then recovers the steel shell (iron shell) from the mixture of shells.

4. The heavy material moves to the Rotary Drum Screen to screen out black mass. Material above the screen is conveyed to the Crusher with Noise Proof Room, which breaks the anode and cathode metal pieces and knocks down the black mass.

5. The black mass from the crusher output is again screened by the Rotary Drum Screen. The copper and aluminum granules (from the top of the screen) are then conveyed to the Grinder, which refines the particles to release more black mass.

6. Finally, the floating black mass is collected by the Cyclone Collector. The material from the Grinder passes through the Liner vibration screen to screen out the black mass. The final metal granules are separated by the Airflow separation separator, which specifically collects copper and aluminum.