If you want to turn electronic waste into a source of raw materials, a complete electronic waste recycling plant covers the whole journey, from the end-of-life device to clean fractions of metal, plastic and glass. The process is mechanical: shredding, followed by magnetic separation, eddy current separation and density separation, to recover the iron, aluminium, copper and precious metals from electronic boards.
A well-designed electronic waste recycling plant chains shredding, ferrous and non-ferrous metal separation and material sorting into a continuous flow, with a dust extraction system for a clean working environment. Each recovered fraction has its own market. See the full range of recycling equipment and where each one fits in the line.
Key Advantages of an Electronic Waste Recycling Line
• Complete, modular line, an electronic waste recycling plant links shredding, magnetic separation, non-ferrous separation and sorting into a single chain, configured to the type of waste.
• Metal recovery from electronics, the separators extract iron, aluminium and copper, and the board fraction concentrates precious metals such as gold, silver and palladium.
• Mechanical process, material recovery is done physically, through shredding and separation, with no wet processes in the basic stages.
• Several salable fractions, iron, aluminium, copper, plastic and glass, each with its own market, plus a fraction rich in precious metals.
• Dust extraction system, dust suction and filtration keep a clean working environment and capture the fine, valuable powders.
• Scalable capacity, the plant is sized from a starter line up to an industrial unit, adding stages as volume grows.
• Sorting by type, the flow accepts large household appliances, IT equipment and small electronics, after an initial sorting and pre-treatment.
• Real payback, from hazardous waste you get secondary raw materials in demand on the market, shortening the investment recovery period.
Technical Specifications, Electronic Waste Recycling Plant
| Parameter | Value |
|---|---|
| Process type | Mechanical WEEE recycling: shredding and separation |
| Feedstock | Household appliances, IT equipment, small electronics (WEEE) |
| Shredding | Shredder / hammer mill for volume reduction |
| Ferrous separation | Magnetic separators |
| Non-ferrous separation | Eddy current separators (aluminium, copper) |
| Fine separation | Density / air separation and dust extraction |
| Recovered products | Iron, aluminium, copper, plastic, glass, fraction rich in precious metals |
| Components | CE marked where applicable |
| Capacity | Configurable to the project |
Applications and Industries for WEEE Recycling
An electronic waste recycling plant serves authorized recyclers, waste management operators and investors who want to enter a rapidly growing market. Electronic waste contains valuable secondary raw materials: iron, aluminium, copper, plastic and glass, plus precious metals in the boards. For an operator, that means several revenue streams from a waste that would otherwise be a disposal cost.
The management of this waste is strictly regulated in the European Union by Directive 2012/19/EU on waste electrical and electronic equipment (WEEE), which requires proper collection and treatment. For integration into a complete line, see also the complete solutions by industry.
The materials recovered by an electronic waste recycling plant go directly into industry: iron to steel mills, aluminium and copper to smelters, plastic into regranulation, and the fraction rich in precious metals to refining for the extraction of gold, silver and palladium. For an investor, the ability to deliver several clean fractions at once opens contracts in different industries and stabilizes demand throughout the year.
The volume of electronic waste is growing rapidly, while the recycling rate is still low compared with European targets, which means an abundant raw material and an expanding market. A correctly sized electronic waste recycling plant positions you exactly at the meeting point between a legal treatment obligation and a real economic opportunity, with support from extended producer responsibility schemes.
In addition, recovering metals from WEEE reduces dependence on mining and on the import of critical raw materials, an argument that is increasingly important for authorities and for industrial customers. A plant that efficiently recovers copper and precious metals contributes directly to the circular economy and can access contracts with manufacturers who commit to recycled-material targets.
Compatible Materials
An electronic waste recycling plant processes a wide range of WEEE, after an initial sorting by type and the extraction of hazardous components. Refrigeration equipment and cathode-ray-tube devices are treated on dedicated flows, and batteries and electronic boards are extracted before the general shredding. The better the input sorting, the cleaner the recovered fractions.
| Accepted material | Notes |
|---|---|
| Large household appliances | Washing machines, ovens, without refrigerant |
| IT and telecom equipment | Computers, servers, phones, peripherals |
| Small electronics | Consumer devices and small household appliances |
| Extracted electronic boards | Directed to the precious metals recovery flow |
How It Works
The flow on an electronic waste recycling plant is continuous, automated and mechanical, from the device to clean fractions:
1. The WEEE is sorted by type, and the hazardous components (batteries, refrigerants, boards) are extracted.
2. The material is shredded in a shredder or a hammer mill, reducing the volume and freeing the materials.
3. A magnetic separator extracts the ferrous fraction (the iron) from the shredded flow.
4. The eddy current separator detaches the non-ferrous metals, aluminium and copper, from the rest of the materials.
5. Density and air separation splits the plastic, the glass and the residual fractions.
6. The fractions are collected separately, and the dust extraction system captures the fine, valuable powders.
Each stage is sized to work with the next, for fractions as pure as possible. A continuously monitored electronic waste recycling plant keeps a constant quality and quickly brings a new operator to stable results, a real advantage in plants with staff turnover. The control system signals deviations and allows planned maintenance without long production stops.
Frequently Asked Questions
What materials does an electronic waste recycling plant recover?
It recovers iron, aluminium, copper, plastic and glass, plus a concentrated fraction of electronic boards rich in precious metals such as gold, silver and palladium. Each fraction is sorted separately and has its own market. In practice, an electronic waste recycling plant turns hazardous waste into several salable secondary raw materials.
How are the hazardous components handled?
Before the general shredding, the WEEE is sorted by type, and the hazardous components, the batteries, the refrigerants and the electronic boards, are extracted and directed to dedicated flows. Refrigeration equipment and cathode-ray-tube devices are treated separately. This pre-treatment protects the environment and raises the purity of the fractions recovered later.
What capacity and configuration are available?
The plant is sized according to your volume and the type of WEEE processed, from a starter line up to an industrial unit. The shredding and separation stages are chosen together, so an electronic waste recycling plant fits exactly your flow and the fractions you want to monetize.
Is the delivered equipment new?
Yes. We deliver new, unused equipment, made to order, not reconditioned units. The build uses components from established suppliers, CE marked where applicable, and every plant goes through a full inspection before shipping. You receive the technical documentation and operating manuals in your language, for a commissioning without surprises.
What makes URSTAG a premium brand?
European design, top-tier components and experience. Every machine is designed by our engineering teams in Europe and built from components by industry leaders such as Siemens, Schneider Electric, ABB, WEG, SEW-Eurodrive, NORD Drivesystems and Bonfiglioli. The result is reliable, energy-efficient and durable equipment, backed by over 15 years of experience and by delivery, installation, training and service included.
How long does installation and commissioning take?
Transport, commissioning and operator training are included and carried out by a local team, in your language. Before shipping, the plant goes through a full inspection, so your unit becomes operational quickly, with no hidden installation costs.
Can I later expand the line toward precious metals recovery?
Yes. An electronic waste recycling plant is modular: you start with shredding and the separation of base metals, then add a dedicated flow for electronic boards, with fine shredding and electrostatic separation, to concentrate the copper and the precious metals. The stages are sized together, without redesigning the existing line.
Why URSTAG?
URSTAG is a premium brand of recycling equipment, with over 15 years of experience. You don't just get a machine, you get a solution engineered by specialists, built from top-tier components and backed by a team that supports you from design through commissioning.
• European engineering, every machine and every complete line is designed by our engineering teams in Europe, with a focus on reliability, safety and energy efficiency.
• Premium components, we build on motors and automation from industry leaders: Siemens, Schneider Electric, ABB, WEG, SEW-Eurodrive, NORD Drivesystems and Bonfiglioli.
• Over 15 years of experience, we know how materials and machines behave in real-world operation, and we configure each solution for your flow and volume.
• New equipment, configured for you, we supply new units, made to order for your application, with complete technical documentation.
• Delivery, installation and training included, we handle transport, commissioning and operator training, with support throughout the equipment's life.
As a premium brand, URSTAG relies on European engineering, top-tier components and experience. You choose a partner that supports your production long term, with equipment built to run reliably in demanding industrial environments.
