Secondary Metals Intelligent Sorting Solution

Resource Recovery

Secondary Metals Intelligent Sorting Solution

Secondary metals are a core pillar of the circular economy, widely used in construction, home appliances, automotive, electronics, and other sectors. The industry is currently undergoing a comprehensive upgrade from crude sorting to precision classification. Traditional processes generally face pain points including mixed feedstocks, insufficient purity, high labor costs, and significant environmental pressure. Intelligent, high-precision sorting has become an inevitable trend for improving quality, enhancing efficiency, and achieving high-value utilization in the industry.

Secondary Metals Intelligent Sorting Solution

Introduction

Secondary metals are a core pillar of the circular economy, widely used in construction, home appliances, automotive, electronics, and other sectors. The industry is currently undergoing a comprehensive upgrade from crude sorting to precision classification. Traditional processes generally face pain points including mixed feedstocks, insufficient purity, high labor costs, and significant environmental pressure. Intelligent, high-precision sorting has become an inevitable trend for improving quality, enhancing efficiency, and achieving high-value utilization in the industry. (Image 01)

What We Can Do

Centered on cutting-edge technologies including LIBS (Laser-Induced Breakdown Spectroscopy), XRT (X-ray Transmission) inspection, and AI vision, we deliver a full-process intelligent sorting solution that empowers enterprises to achieve a leapfrog upgrade from "crude sorting" to "precision classification" for secondary metals. (Image 02)

Input and Output

Input: Mixed secondary metal feedstock (Image input-1)

Output: Scrap aluminum, stainless steel, electronic scrap, industrial scrap (Image output-1, output-2, output-3, output-4)

Core Technology

Recognition rate exceeding 95%: Magnetic induction + multi-sensor fusion technology. Electromagnetic induction precisely identifies conductive/non-conductive metals such as stainless steel, combined with multi-sensor fusion to significantly improve complex material sorting accuracy with a recognition rate exceeding 95%. (Image 04-1)

Intelligent recognition, precision sorting: AI vision intelligent recognition technology. Driven by deep learning algorithms, it achieves automated dismantling of electronic scrap and precise recognition of material form and color, replacing manual labor and improving dismantling and sorting efficiency. (Image 04-2)

Advantages

  • Industry-leading sorting precision: Scrap aluminum purity exceeding 98%, alloy/stainless steel recognition rate exceeding 95%, far surpassing traditional processes with significantly expanded product premium potential.
  • Strong full-scenario adaptability: Covers multiple material categories including scrap aluminum, stainless steel, and electronic scrap, providing a one-stop solution for the full process from coarse separation to precision classification.
  • Maximized resource recovery rates: Precision targeting of precious metal enrichment zones, metal recovery rates exceeding 99%, eliminating resource waste and achieving high-value utilization of secondary metals.
  • Significant cost reduction and efficiency gains: Replacing manual sorting, labor costs reduced by over 60%, processing efficiency improved 3-5x, and comprehensive O&M costs substantially lowered.
  • Full environmental compliance: Entire process features enclosed design with low dust, low noise, and zero secondary pollution, meeting environmental inspection requirements and ensuring uninterrupted production.
  • Simple and easy intelligent O&M: Full-process PLC + AI intelligent control with one-touch start/stop, real-time data visualization, simple operation, and convenient O&M.

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