In today's era of rapid technological development, batteries, as a key energy source for various electronic devices and new energy vehicles, are being used in explosive quantities. However, the resulting challenge of waste battery disposal has become a major environmental concern. Waste batteries not only contain harmful substances such as heavy metals, but also pose serious pollution risks to soil and water if improperly handled. Moreover, they contain large amounts of recyclable metals and other materials, whose effective recovery could generate significant economic and environmental benefits. Against this backdrop, battery crushing and separation recycling lines have emerged as a critical solution to the waste battery management problem. These highly automated and intelligent systems integrate advanced mechanical crushing, physical separation, and chemical purification technologies to process waste batteries efficiently and environmentally. From the moment waste batteries enter the production line, they embark on a "rebirth journey." The first step of the production line is crushing. Specialized crushers precisely control crushing intensity and methods based on the characteristics of different battery types, preliminarily pulverizing the battery casings and internal structures. This step not only facilitates subsequent separation but also minimizes the leakage of harmful substances, ensuring a safe production environment. Next comes the separation phase. Through advanced physical separation technologies such as screening, magnetic separation, and wind separation, the crushed battery materials are sorted according to their different components and densities. Metals, plastics, electrolytes, and other substances are separated one by one, preparing them for subsequent purification and reuse. This process resembles a precise "material sorting game," with each substance accurately positioned to find its designated "home." For the separated materials, the production line is equipped with professional purification equipment. Through chemical purification and other methods, impurities are removed to enhance material purity, enabling their re-entry into industrial production. For example, recovered metals such as lithium, cobalt, and nickel can be used to manufacture new batteries, significantly reducing reliance on primary mineral resources. The advantages of battery crushing and separation recycling lines extend beyond resource recovery to environmental protection and economic benefits. From an environmental perspective, it effectively reduces environmental pollution from waste batteries and mitigates the damage of heavy metals and other harmful substances to ecosystems. At the same time, through resource recycling, it reduces the exploitation of natural resources and protects the balance of the ecological environment. Economically, the recovered metals and other materials have high market value, generating substantial economic benefits for enterprises. Moreover, with the continuous strengthening of environmental policies and the increasing awareness of environmental protection, the market prospects for these production lines are promising. Additionally, advanced battery crushing and separation recycling lines are equipped with highly intelligent and informatized management systems. Operators can monitor the production line's operational status in real time through a central control system and adjust parameters promptly to ensure stable and efficient production. At the same time, the system records and analyzes production data, providing strong support for enterprise production management and decision-making. Battery crushing and separation recycling lines are an important force driving the development of green energy recycling. With advanced technology and high-efficiency processing capabilities, they provide a perfect solution to the challenge of waste battery management. In the future, with continuous technological advancements and increasing application, it is believed that battery crushing and separation recycling lines will play an even more significant role in environmental protection and resource recycling, helping us create a cleaner and more sustainable future.