Processes circuit boards at industrial scale into copper-rich metal powder and non-metal powder.
| Process type | Dry physical recycling: shredding, milling, electrostatic separation |
| Input material | Printed circuit boards (PCB) |
| Shredding | PCB shredder for initial reduction |
| Milling | Fine mill down to powder |
| Separation | Electrostatic separator (by conductivity) |
| Recovered products | Metal powder (copper, precious metals) and resin / fiber powder |
| Dust treatment | Dust extraction and filtration system |
| Components | CE marked where applicable |
| Capacity | Configurable to the project |
| Accepted material | Notes |
| Circuit boards with components | Optionally desoldered beforehand |
| Bare boards | Coming from the desoldering machine |
| Motherboards and memory boards | Rich in copper and precious metals |
| Connectors and metal pins | Fractions with high metal content |
If you want to monetize circuit boards at scale, a turnkey PCB recycling plant recovers copper and precious metals through a dry physical process. The boards are shredded, milled to a powder and separated electrostatically into a metal fraction, rich in copper, and a non-metal fraction of resin and fiber. No chemicals, no wastewater, with dust controlled by a filtration system.
An industrial-capacity PCB recycling plant continuously processes large volumes of boards and delivers a concentrated metal powder, ready for refining. The mechanical process avoids incineration and the associated emissions, which eases permitting. See the full range of recycling equipment and where each one fits in the line.
• Metal powder rich in copper, a PCB recycling plant concentrates the copper and the precious metals into a fraction salable at refining.
• Dry physical process, shredding, fine milling and electrostatic separation, with no acids, no wastewater and no incineration.
• Usable non-metal fraction, the resin and glass fiber powder can be used as filler or construction material.
• Industrial capacity, the plant is sized for large volumes, with constant throughput and controlled consumption.
• High metal yield, fine milling frees the metal from the resin, maximizing recovery per batch.
• Controlled dust, the dust extraction system captures the fine powders, for a clean working environment and complete recovery.
• Compliant with WEEE legislation, designed for the proper treatment of electronic boards.
• Modular, it can be combined with a desoldering machine for component recovery before shredding.
| Parameter | Value |
|---|---|
| Process type | Dry physical recycling: shredding, milling, electrostatic separation |
| Input material | Printed circuit boards (PCB) |
| Shredding | PCB shredder for initial reduction |
| Milling | Fine mill down to powder |
| Separation | Electrostatic separator (by conductivity) |
| Recovered products | Metal powder (copper, precious metals) and resin / fiber powder |
| Dust treatment | Dust extraction and filtration system |
| Components | CE marked where applicable |
| Capacity | Configurable to the project |
A PCB recycling plant serves WEEE recyclers, metal refineries and operators who want to extract the most valuable fraction of electronic waste. Circuit boards contain a lot of copper and small but precious quantities of gold, silver and palladium. For an operator, concentrating these metals into a clean powder means a sought-after and well-paid raw material.
The management of this waste is regulated in the European Union by Directive 2012/19/EU on WEEE, which requires the proper treatment of electronic boards. For integration into a complete line, see also the complete solutions by industry.
The metal powder produced by a PCB recycling plant goes to refining for the extraction of copper, gold, silver and palladium, and the resin and fiber powder can be used as filler or construction material. For an operator, a concentrated and clean metal fraction opens direct contracts with refineries, at much better prices than for whole unprocessed boards, sold by the kilogram.
Electronic boards are one of the richest urban sources of copper and precious metals, and demand for these recovered metals is growing amid pressure on primary resources. An industrial-scale PCB recycling plant turns a hazardous waste into a steady source of critical metals, exactly what industry and refineries are looking for in the context of the circular economy.
At plant scale, the economics change: large volumes justify the investment in precise separation and in high-performance dust extraction, and the homogeneous metal fraction gets a better price on the market. A PCB recycling plant sized for industrial capacity recovers the cost of the separation technology faster and opens access to volume contracts with refineries, which prefer steady suppliers. A predictable volume and a uniform powder quality are often more important to refineries than the spot price, which favors operators with a dedicated plant.
The dry physical process also brings a decisive environmental advantage: it avoids incinerating the boards, which releases brominated flame-retardant substances, and it does not generate wastewater like chemical procedures. A physical PCB recycling plant is therefore easier to permit and more sustainable, a strong point in dealings with authorities and with customers who have environmental targets.
A PCB recycling plant processes circuit boards of all kinds. Boards with components can first be passed through a desoldering machine, for the recovery of salable components, or can enter shredding directly. The better the boards are sorted, the more concentrated and better-paid the recovered metal powder.
| Accepted material | Notes |
|---|---|
| Circuit boards with components | Optionally desoldered beforehand |
| Bare boards | Coming from the desoldering machine |
| Motherboards and memory boards | Rich in copper and precious metals |
| Connectors and metal pins | Fractions with high metal content |
The flow through a PCB recycling plant is dry, mechanical and dust-controlled:
1. The circuit boards are shredded in a dedicated shredder, for an initial size reduction.
2. The shredded material is milled finely in a mill, until it becomes powder.
3. The powder passes through the electrostatic separator, which splits it by conductivity.
4. The conductive fraction, the metal powder rich in copper, is collected separately for refining.
5. The non-conductive fraction, the resin and fiber powder, is discharged as a by-product.
6. The dust extraction system captures the fine powders throughout the line.
Each stage is sized to work with the next, for separation as clean as possible. A continuously monitored PCB recycling plant keeps a constant metal yield 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.
What does a PCB recycling plant recover?
It recovers a metal powder rich in copper and precious metals (gold, silver, palladium) and a resin and glass fiber powder. The metal powder goes to refining, and the non-metal one can be used as filler or construction material. A PCB recycling plant thus concentrates the most valuable fraction of electronic waste.
Does the process use chemicals or water?
No. It is a dry physical process: shredding, fine milling and electrostatic separation by conductivity. It does not use acids and does not generate wastewater, unlike hydrometallurgical procedures. That makes a PCB recycling plant easier to permit and more environmentally friendly, plus it avoids incinerating the boards and the associated emissions.
How clean is the metal powder?
Electrostatic separation, after fine milling, concentrates the metal into a fraction with high copper content, accepted at refining. The better the milling frees the metal from the resin, the purer the powder. The quality of the separation directly influences the price obtained from refineries for the PCB metal fraction.
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 also recover the components before shredding?
Yes. A PCB recycling plant can be combined with a desoldering machine, which recovers the salable components before the bare boards enter shredding. So you get two revenue streams: intact, resalable components, and a more concentrated metal powder from the bare boards, better paid at refining.
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.
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Solve your labor shortage without tripling your costs. The cobot works safely alongside your people (palletizing, feeding the CNC, welding) while you recover the investment in 12-18 months. Prices 30-40% below European distributors, with installation and programming included from us.
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