Based on advanced technologies such as machine vision, deep learning, and automated control, we offer full-process intelligent operation, from image capture, feature extraction, and intelligent identification to automated sorting. Compared with traditional manual sorting, our system significantly improves sorting efficiency. Continuous optimization and training of algorithms enable precise identification and sorting of various items, offering adaptability for different types and specifications. Widely used in sectors such as waste recycling, our system plays a crucial role in driving industry transformation and upgrading.

We possess comprehensive technologies for the recycling, treatment, and regeneration of waste plastics. With extensive experience in key processes like collection and classification, crushing and cleaning, melt regeneration, and molding, we continue to explore cutting-edge technologies such as thermal cracking of waste plastics into fuel oil or chemical raw materials, and chemical recovery that decomposes waste plastics into monomers and oligomers. Our waste plastic regeneration technology helps reduce environmental pollution caused by plastic waste, conserve non-renewable resources like petroleum, and achieve high-value utilization of waste materials, delivering both economic and social benefits.

Our intelligent loading and unloading system integrates advanced sensing technology, automated control, and AI algorithms to achieve precise identification, efficient scheduling, and automated operations for goods through smart devices and control systems. This system revolutionizes traditional handling operations by enabling seamless connections between transport vehicles and warehouses, addressing key bottlenecks in intelligent logistics. It significantly reduces manual operations, accelerates loading speeds, shortens loading and unloading times, and greatly enhances operational efficiency and safety, driving technological innovation and industry upgrades.