In today's society where electronic waste is piling up, seemingly lifeless scrap circuit boards are actually sleeping "urban mines". The complete set of equipment for water-based recovery of scrap circuit boards is the key instrument to unlock this treasure and play the green symphony of resource recycling. It uses its unique physical sorting principle to achieve efficient and environmentally friendly resource regeneration between water flow and screening, injecting technological impetus into sustainable development. The core charm of this set of equipment lies in its ingenious application of the physical wisdom of water-based sorting. Unlike the potential secondary pollution caused by traditional chemical processing methods such as incineration or acid leaching, it uses natural forces such as buoyancy and particle size to accurately separate metal and non-metal components from crushed circuit board fragments.When the mixture containing precious metals enters the water-based recovery equipment, under specific water flow speed and vibration frequency, the denser metal particles sink and gather, while resins, glass fibers and other non-metallic materials float away with the water flow, thus achieving "light and heavy separation".This almost "natural" process not only avoids the emission of harmful gases, but also greatly reduces energy consumption and the use of chemical reagents, embodying the core concept of clean production. From the perspective of the process flow, this complete set of equipment is an interconnected precision system.It usually starts with a crusher, which crushes the entire circuit board to a suitable particle size for sorting preparation.Subsequently, the material enters the key sorting units such as hydrocyclone or shaking table, where the initial separation of metals and non-metals is completed.The separated metal concentrate (rich in copper, gold, silver, etc.) can be used as high-quality metallurgical raw materials after dewatering and drying; while the non-metallic residue can also be explored for use in building materials additives and other ways to make the best use of all available resources.Advanced equipment will also integrate an automatic control system to monitor water flow, concentration and other parameters in real time to ensure sorting efficiency and stability.The entire process is like a smooth industrial concerto, with each link closely cooperating to turn the "end" of waste into the "beginning" of resources. However, the excellence of technology needs to be highlighted in the context of the times to demonstrate its far-reaching value.Faced with the increasingly serious global e-waste problem (according to the United Nations report, more than 60 million tons of e-waste were generated globally in 2023, and the growth rate is alarming), traditional landfill or simple recycling methods not only waste resources but also pose long-term threats to soil and water.The promotion of water-based recovery technology directly responds to this challenge.It allows precious metals in mobile phones, computers and other electronic products to be "reborn", reducing dependence on primary minerals and reducing environmental damage caused by mining.At the same time, the equipment has triggered a green industry - formal e-waste recycling and processing, providing practical technical support for the circular economy and transforming environmental pressure into development opportunities. Of course, the current water-based recovery technology is still evolving, and issues such as the recovery efficiency of finer metal particles and the separation purity of complex plastics still need continuous research and development.But there is no doubt that the complete set of equipment for water-based recovery of scrap circuit boards has already, with its environmentally friendly and resource-efficient advantages, outlined a future picture of turning waste into treasure and achieving harmony between humans and nature.It is not only a silent machine, but also a powerful footnote to ecological civilization. Among the gurgling water, it sings a green melody of sustainable resource utilization.