Recycled Metal Intelligent Sorting Solution

Recycled metals are the core pillar of the circular economy, widely used in construction, home appliances, automotive, electronics, and other fields. The industry is currently undergoing a comprehensive upgrade from rough sorting to precise classification. Traditional processes generally face pain points such as mixed raw materials, insufficient purity, high labor costs, and significant environmental pressure. Intelligent, high-precision sorting has become an inevitable trend for the industry to improve quality, increase efficiency, and achieve high-value utilization.

Introduction

What Can We Do?

We use LIBS (Laser-Induced Breakdown Spectroscopy), XRT (X-ray Transmission) detection, AI vision, and other cutting-edge technologies as the core, creating a full-process intelligent sorting solution to help enterprises achieve a leapfrog upgrade from "rough sorting" to "precise classification" of recycled metals. (Image 02)

Input & Output Input: Mixed recycled metal materials (Image input-1) Output: Scrap aluminum, stainless steel, electronic scrap, industrial scrap (Images output-1, output-2, output-3, output-4)

Core Technology

Identification rate exceeding 95% Magnetic induction + multi-sensor fusion technology Electromagnetic induction precisely identifies conductive/non-conductive metals such as stainless steel, paired with multi-sensor fusion, significantly improving sorting accuracy for complex materials, with identification rate >95%. (Image 04-1)

Intelligent identification, precise sorting AI vision intelligent identification technology Driven by deep learning algorithms, achieving automatic disassembly of electronic scrap, precise identification of material form/color, replacing manual labor and improving disassembly and sorting efficiency. (Image 04-2)

Advantages

Industry-leading sorting precision: scrap aluminum purity >98%, alloy/stainless steel identification rate >95%, far exceeding traditional processes, with significant product premium potential.
Strong full-scenario adaptability: covering multiple material categories including scrap aluminum, stainless steel, electronic scrap, providing a one-stop solution from rough sorting to precise classification.
Maximized resource recovery rate: precisely locating precious metal enrichment areas, metal recovery rate exceeding 99%, eliminating resource waste and achieving high-value utilization of recycled metals.
Significant cost reduction and efficiency improvement: replacing manual sorting, reducing labor costs by over 60%, improving processing efficiency by 3-5 times, significantly lowering comprehensive O&M costs.
Full environmental compliance: fully enclosed design throughout the process, low dust, low noise, zero secondary pollution, meeting environmental inspection requirements and ensuring continuous production.
Simple and convenient intelligent O&M: full-process PLC + AI intelligent control, one-key start/stop, real-time data visualization, simple operation and convenient maintenance.