As a technological innovator in the field of resource regeneration, our intelligent sorting system for renewable resources adopts modular multispectral detection technology, overcoming the limitations of traditional sorting equipment. The system is equipped with replaceable optical module groups that support multiple detection modes, including visible light, near-infrared (NIR), and X-ray. It can accurately identify the physical properties and chemical composition of eight major categories of renewable materials, such as plastics, metals, and glass.
The core advantage of the device lies in its excellent adaptability. Using deep learning algorithms, the system autonomously builds feature databases for different materials, enabling precise sorting of complex material streams. A unique flexible sorting mechanism, equipped with 256 independently adjustable pneumatic nozzles, meets the full range of sorting needs-from lightweight plastic films to heavy metal parts. The intelligent monitoring platform records sorting data in real time, providing complete traceability management support for resource recycling enterprises.
In electronic waste disposal, the equipment effectively separates precious metals from substrate materials. In the automotive dismantling industry, it accurately sorts plastic parts of different materials. During the processing of construction waste into useful resources, it distinguishes concrete, ceramics, and brick/tile materials. Particularly in mixed plastic sorting, the equipment uses near-infrared spectroscopy to identify similar materials such as PET, PP, and PE with a sorting purity exceeding 98.5%.
This system is more than just production equipment-it is a strategic asset for enterprises aiming to maximize resource utilization. With its precise sorting performance, flexible configuration options, and intelligent data management, it helps resource recycling companies establish core advantages in the circular economy, achieving both economic and environmental benefits.
