End-of-life printers and multifunction devices are a mix of plastic, metals and electronic boards; a printer recycling plant turns them into clean, salable fractions. The material is shredded, then separated magnetically and by eddy current, recovering the iron, aluminium and copper, while the plastic, the dominant fraction in a printer, is sorted and prepared for regranulation. The dust extraction system captures dust and toner residues.
A well-designed printer recycling plant links shredding, ferrous and non-ferrous metal separation and plastic sorting into a continuous flow, with dust extraction. The extracted electronic boards can go toward a dedicated precious metals recovery flow. See the full range of recycling equipment and where each one fits in the line.
Key Advantages for Used Printer Recycling
• Metal and plastic recovery, a printer recycling plant separates the iron, aluminium and copper from the dominant plastic fraction, all salable on the market.
• Robust shredding, the shredder reduces the volume of the printers and frees the metals embedded in the plastic casings.
• Magnetic separation, a magnetic separator quickly extracts the ferrous fraction from the shredded flow.
• Non-ferrous separation, the eddy current separator detaches the aluminium and copper from rollers, motors and the metal connectors.
• Plastic sorting, the plastic fraction, the majority in a printer, is separated and prepared for regranulation.
• Toner capture, the dust extraction system retains the dust and the toner residues, for a clean working environment.
• Boards to a dedicated flow, the extracted electronic boards can be directed toward precious metals recovery.
• Scalable capacity, the plant is sized from a compact line up to an industrial unit.
Technical Specifications, Printer Recycling Plant
| Parameter | Value |
|---|---|
| Process type | Mechanical recycling: shredding and separation |
| Feedstock | Printers, multifunction devices, copiers |
| Shredding | Shredder for volume reduction |
| Ferrous separation | Magnetic separators |
| Non-ferrous separation | Eddy current separators (aluminium, copper) |
| Plastic sorting | Density / air separation |
| Recovered products | Iron, aluminium, copper, plastic |
| Dust treatment | Dust extraction system (including toner) |
| Capacity | Configurable to the project |
Applications and Industries for Metal and Plastic Recovery
A printer recycling plant serves WEEE recyclers and operators who receive volumes of end-of-life office equipment. Printers contain a lot of plastic, plus metals and electronic boards, all recoverable. For an operator, the clean separation of these materials turns bulky, hard-to-manage waste into fractions with steady demand on the market.
The management of this waste is regulated in the European Union by Directive 2012/19/EU on WEEE, which requires the proper collection and treatment of electronic equipment. For integration into a complete line, see also the complete solutions by industry.
The materials recovered by a printer recycling plant go directly into industry: iron to steel mills, aluminium and copper to smelters, and the plastic, the majority fraction, into regranulation. The extracted electronic boards can be directed toward a dedicated flow for copper and precious metals.
The volume of end-of-life office equipment is steady, fed by the frequent renewal of the printer fleet in companies. A correctly sized printer recycling plant monetizes this flow and recovers above all a clean plastic fraction, with good demand in regranulation.
Toner capture is an important detail: the toner residues are fine and must be retained for a clean and compliant working environment. A printer recycling plant with high-performance dust extraction protects the operators, eases permitting and reduces deposits on the mechanical and electrical components.
Compatible Materials
A printer recycling plant processes office equipment of all kinds, after the extraction of the cartridges and the hazardous components. The electronic boards and the batteries, where present, are extracted before the general shredding.
| Accepted material | Notes |
|---|---|
| Printers and multifunction devices | The main source, rich in plastic |
| Office copiers | Contain metals, rollers and electronic boards |
| Cartridges and consumables | Extracted and treated separately |
| Extracted electronic boards | Directed to precious metals recovery |
How It Works
The flow on a printer recycling plant is continuous, automated and mechanical:
1. The printers are sorted, and the cartridges and the hazardous components are extracted before shredding.
2. The material is shredded in a shredder, reducing the volume and freeing the metals embedded in the plastic.
3. A magnetic separator extracts the ferrous fraction from the shredded flow.
4. The eddy current separator detaches the aluminium and copper from the rest of the materials.
5. Density and air separation splits the plastic fraction from the residual ones.
6. The fractions are collected separately, and the dust extraction system captures the dust and the toner.
Each stage is sized to work with the next, for fractions as pure as possible. The control system signals deviations and allows planned maintenance without long production stops.
Frequently Asked Questions
What materials does a printer recycling plant recover?
It recovers iron, aluminium, copper and, above all, plastic, the dominant fraction in a printer. The extracted electronic boards can be directed toward a dedicated flow for precious metals.
How is the toner treated?
The cartridges are extracted before shredding, and the fine toner residues are captured by the dust extraction system during processing, maintaining a clean and compliant working environment.
What capacity and configuration are available?
The plant is sized according to the volume of equipment processed, from a compact line up to an industrial unit.
Is the delivered equipment new?
Yes. We deliver new, unused equipment, made to order, with technical documentation and operating manuals.
Can I also process other office equipment?
Yes. A printer recycling plant also processes copiers, multifunction devices and similar office equipment, dominated by plastic and metals.
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.
