Industries
Two Business Sectors Municipal Solid Waste and Resource RecoveryCity-Wide Solutions
Covering household waste, construction & demolition waste, organic waste, plastic recycling, and incineration bottom ash recovery.Lithium Battery, Solar Panel & Metal Recycling
Full-lifecycle resource recovery for new energy recycling, e-waste, and secondary metals.Products
Six Product Lines The intelligent foundation for perception, execution, and decision-makingMultimodal Perception & Precision Execution AI Agents
A software-hardware integrated platform combining atomic-level perception with micron-level execution.Intelligent Arteries of Material Flow
Integrated intelligent pipeline and dynamic conveying systems that make every material movement transparent and traceable.The Tactile Sense and Brain of Material Flow
A full-scenario digital gateway, business intelligence center, and swarm intelligence scheduling platform.Embodied Execution AI Agents
Intelligent crushing, flexible mobile sorting, and robotic execution platforms.The Cornerstone of Mechanical Sorting
Software-defined standardized mechanical sorting units supporting high-throughput physical separation.The Neural System of Industrial Intelligent Control
Next-generation industrial intelligent control and edge computing platform.
Small Appliance & E-Waste Processing
For small household appliances, electronic devices, circuit boards, wires, and mixed electronic waste, we construct a closed-loop process of "collection, pre-dismantling, crushing, sorting, deep resource recovery, and environmental disposal" to transform complex e-waste into reusable metals, plastics, and high-value resources.
INDUSTRY CHALLENGES
Insufficient integration of online and offline channels, low community collection point coverage, and persistent issues of "difficult collection and chaotic pricing" continue to hinder standardized collection intake efficiency.
Most small and medium-sized enterprises remain at the "rough dismantling and material selling" stage, with room for improvement in recovery rates of precious metals, high-end plastics, and high-value components in circuit boards.
Strict requirements for closed-loop treatment of wastewater, exhaust gas, and solid waste, along with hazardous waste interim storage, dust control, and VOCs treatment, impose sustained pressure on small and medium-sized enterprises.
High-end intelligent dismantling, AI sorting, and multi-material precision identification equipment demand high stability and accuracy. Domestically manufactured equipment requires continuous improvement through system integration.
PROCESS
Collection is completed through "Internet+ recycling," community recycling cabinets, appliance retail stores, and brand trade-in programs. Data wiping and privacy protection are completed before materials enter processing.
Materials are classified and temporarily stored by category: small appliances, mixed electronic waste, wires, circuit boards, and hazardous waste components. Inbound ledgers and traceable material flows are established.
Manual labor and intelligent equipment work in coordination to first remove hazardous or high-value components such as batteries, displays, compressors, and Freon canisters, reducing downstream crushing risks.
A dual-shaft shredder shears complete appliances into 50-100mm coarse material, which is then finely crushed to 10-30mm by a hammer or vertical crusher, achieving liberation of plastics, metals, and circuit boards.
Through Z-type air separation, magnetic separation, eddy current separation, vibratory screening, electrostatic separation, color sorting, and hyperspectral AI sorting, ferrous metals, non-ferrous metals, plastics, and PCB materials are separated.
Copper and aluminum are smelted and refined, iron is returned to furnaces for remelting, plastics undergo washing, drying, color sorting, and pelletizing, and circuit boards are crushed and milled before precious metal extraction.
Wastewater undergoes sedimentation, reverse osmosis, and reclaimed water reuse. Exhaust gas is treated through activated carbon adsorption and catalytic combustion. Residues and hazardous waste are disposed of in a closed loop per qualification requirements.
SYSTEM VALUE
Covers collection, pre-dismantling, crushing, sorting, deep resource recovery, and environmental disposal, forming a full-process treatment system for small appliances and e-waste.
Magnetic separation, eddy current, electrostatic, infrared spectroscopy, hyperspectral AI, and air separation work in coordination to improve separation efficiency for metals, plastics, circuit boards, and lightweight materials.
Battery explosion-proof dismantling, negative-pressure dust removal, exhaust gas collection, and hazardous waste interim storage are front-loaded to reduce risks of dust, toxic gases, thermal runaway, and secondary pollution.
Directs copper and aluminum, iron, ABS, PP, PC, PCB boards, and precious metals toward recycling and reuse, improving comprehensive recovery revenue and material circular quality.
CORE EQUIPMENT
Visual recognition and multi-axis motion work in coordination to precisely remove screws, connectors, and key components, improving pre-dismantling efficiency.
Inert gas protection combined with low-temperature cutting to reduce the risk of lithium battery fires and explosions.
Heating and vacuum suction work in coordination to non-destructively separate LCD/OLED screens, recovering glass and backlight modules.
Low-speed, high-torque shearing of complete appliance materials, suitable for complex feedstocks such as small appliances and mixed electronic waste.
Reduces coarse crushed material to 10-30mm, achieving full liberation of metals, plastics, and circuit boards.
Removes lightweight materials such as foam, dust, and paper fragments, and performs stable particle size classification.
Separates ferrous metals and non-ferrous metals such as copper and aluminum, improving metal material purity and recovery rates.
Utilizes conductivity, material spectroscopy, and AI visual recognition to achieve refined separation of plastics, metals, and circuit boards.
TECHNICAL NOTES
| Process / Equipment | Description |
|---|---|
| Mainstream process route | Physical method dominates, accounting for over 90% of industry processing techniques |
| Coarse crushing output particle size | Approximately 50-100mm, adjustable based on appliance specifications and downstream processing requirements |
| Fine crushing output particle size | Approximately 10-30mm, achieving liberation of plastics, metals, and circuit boards |
| Magnetic separation recovery rate | Ferrous metal recovery rate up to 99% |
| Eddy current separation | Non-ferrous metal (copper, aluminum, etc.) sorting purity up to 98% |
| Electrostatic separation | Suitable for 0.1-5mm fine particles; metal purity up to 99.5% |
| Hyperspectral AI sorting | ABS, PP, PC, and other plastic material identification purity up to 95%+ |
| AI intelligent sorting line | Visual recognition and deep learning working in coordination; can automatically classify 20+ material types |
OUTPUT MATERIALS
After pre-dismantling, two-stage crushing, and multi-stage sorting, e-waste yields multiple output categories including non-ferrous metals, rigid plastics, PCB boards, and fine particles. Downstream processes can connect to metal refining, plastic modification, and circuit board precious metal extraction, improving comprehensive recovery revenue.
VALUE
Improve recovery rates for precious metals, non-ferrous metals, and high-end plastics, reducing value loss from "rough dismantling and material selling."
Reduce secondary pollution risks from non-compliant disposal of wastewater, exhaust gas, dust, and hazardous waste components, promoting standardized recycling and processing.
Support the transition of small appliance and e-waste processing from fragmented collection toward data-traceable, process-closed-loop, and intelligent sorting operations.
Resource Recovery
Resource Recovery Addressing core pain points in the photovoltaic panel recycling industry — substandard environmental compliance, low dismantling precision, high labor costs, severe resource waste, and limited production capacity — we have developed a fully automated physical-method PV panel recycling production line. Abandoning traditional polluting processes such as chemical corrosion and high-temperature incineration, the entire line employs dry physical crushing, graded sorting, and refined separation technology with zero liquid waste and zero solid waste...
Resource Recovery Addressing five major industry pain points — poor safety, weak environmental protection, low recovery rates, high labor costs, and difficult compliance — we have developed an integrated fully automated lithium battery recycling solution. Compatible with all categories of end-of-life lithium batteries including ternary, LFP, cylindrical, and pouch cells, the solution suits both small and medium-sized recycling plants and large-scale regeneration bases, achieving safe crushing, pollution-free processing, and high-precision sorting...
