In the tide of rapid development of modern technology, electronic devices have become an indispensable part of people's lives. However, with the upgrading and replacement of electronic products, an increasing number of discarded circuit boards have emerged. These seemingly insignificant "electronic waste" actually pose great environmental risks and resource value. Circuit board recycling equipment, against this backdrop, has emerged as a pioneer of green technology, shouldering the dual missions of resource recycling and environmental protection. The core task of circuit board recycling equipment is to efficiently and safely disassemble and extract components from discarded circuit boards. Traditional methods of landfilling or incineration not only waste resources but also release harmful substances such as lead and mercury, polluting soil and water. However, professional recycling equipment uses physical or chemical methods to separate metal and non-metal components from circuit boards, achieving the "transformation of waste into treasure" of resources. For example, precious metals such as copper, gold, and silver can be recycled and reused, reducing the pressure on mineral resource extraction; non-metallic materials such as plastics and fiberglass can also be processed into recycled building materials, further expanding the boundaries of the circular economy. From a technical perspective, circuit board recycling equipment typically adopts multiple processes such as crushing, sorting, and extraction. Advanced equipment even introduces intelligent technologies such as electrostatic sorting and airflow sorting, significantly improving recycling efficiency and purity. It's worth mentioning that some new equipment also focuses on low-carbon and energy-saving design, truly implementing the concept of "green processing" by optimizing energy utilization and reducing wastewater and exhaust gas emissions. However, circuit board recycling still faces many challenges. On the one hand, electronic waste is complex in composition, with significant differences in material between different models of circuit boards, placing higher demands on the adaptability of equipment; on the other hand, cost control and technology popularization in the recycling process still need to be strengthened. This requires the joint efforts of governments, enterprises, and scientific research institutions to promote the standardization and large-scale development of the recycling industry through policy support, technology research and development, and public education. Looking forward, with the integration of new technologies such as artificial intelligence and the Internet of Things, circuit board recycling equipment will become more intelligent and automated. Perhaps in the near future, every discarded circuit board will be "reborn" in an efficient and accurate recycling system, becoming an important resource supporting sustainable development. Circuit board recycling equipment is no longer just a machine, but an important bridge connecting technology and nature, modern civilization and ecological balance. It proves with actions that true progress begins with respect for resources and ends with protection of the Earth.