Top 10 Dry Process PCB Recycling Equipment Suppliers in Europe

Founded in 2005 and based in Berlin, EuroEcoTech has cemented its reputation as a pioneer in dry process PCB recycling. What sets them apart? A holistic approach that combines robust mechanical processing with cutting-edge separation technology. Their flagship line, the ECO-PCB Series, is designed for small to large-scale operations, with capacities ranging from 500 kg/h to 2,000 kg/h—perfect for both regional recyclers and industrial giants.

At the heart of their system lies a single shaft shredder for initial size reduction, followed by a compact granulator with dry separator that uses air classification and electrostatic separation to split metals from non-metals (like plastics and resins). The result? A metal recovery rate of up to 98%, with minimal dust emissions thanks to their integrated air filtration system.

With certifications including CE, ISO 9001, and ISO 14001, EuroEcoTech serves clients across Europe, from Spain to Poland, and has recently expanded into Scandinavia. Their commitment to sustainability is evident in their own factory, which runs on 100% renewable energy.

Nordic Recycling Innovations (NRI) may be newer to the scene (established 2012, Stockholm), but they’ve quickly made a name for themselves with a focus on energy efficiency and cold-climate operation. Sweden’s strict environmental laws pushed NRI to develop systems that thrive in low temperatures while slashing energy use by up to 30% compared to competitors.

Their DryCycle™ system starts with a shredder and pre-chopper to break PCBs into 10-15mm flakes, then moves to a multi-stage granulator that reduces particles to 1-3mm. The final separation happens in their patented DrySep™ unit, which uses triboelectric charging to separate metals (conductors) from non-conductors. What’s unique? Their use of low-energy pneumatic conveying to move materials, cutting electricity use by 25% versus traditional belt conveyors.

While their core focus is dry circuit board recycling equipment , NRI also offers modular add-ons, like a plastic recovery unit that turns non-metallic waste into 3D printing filaments. This circular economy approach has made them a favorite among eco-conscious recyclers in Norway, Finland, and Denmark.

With roots dating back to 1998, ItalRecycle Tech (IRT) in Milan is a stalwart in European recycling machinery. Their claim to fame? Specializing in high-capacity dry process systems that handle not just PCBs, but also mixed e-waste (think cables, connectors, and small electronic components). Their DryMaster™ PCB line is built for heavy-duty use, with a focus on durability and minimal maintenance.

IRT’s process begins with a shredder and pre-chopper to break down PCBs into manageable pieces, followed by a granulator that grinds them into fine powder. The powder then enters a dry separator where air flow and electrostatic charge separate metals (heavier, conductive) from non-metals (lighter, non-conductive). A key differentiator is their “Dual Separation Chamber,” which adds a second pass for finer particles, boosting recovery rates to 97%.

They’ve recently upgraded their control system to include remote monitoring, allowing operators to adjust settings via a tablet or smartphone. This has been a hit with clients in France and the UK, who value the flexibility to troubleshoot without on-site visits.

IRT’s commitment to R&D is evident in their partnership with the University of Milan, where they’re developing a next-gen granulator that uses ultrasonic technology to reduce energy use by another 10%.

Based in Birmingham, British E-Waste Engineering (BEE) has been a cornerstone of the UK’s recycling industry since 2010. They specialize in compact, modular dry process systems ideal for small to mid-sized recyclers who need flexibility and quick setup. Unlike larger suppliers, BEE offers “build-as-you-grow” packages, letting clients start with a basic shredder and granulator, then add separators as their business expands.

Their most popular system, the BEE-PCB Mini, targets startups with a 300 kg/h capacity. It includes a single shaft shredder (quiet enough to operate in urban areas, they claim), a granulator with adjustable screen sizes, and a small-footprint dry separator. For larger operations, the BEE-PCB Pro ups the ante with a compact granulator with dry separator that integrates seamlessly with existing workflows.

BEE prides itself on “no jargon” customer service—their sales team includes former recyclers who speak the language of the industry. This has helped them build a loyal customer base in Ireland, Belgium, and the Netherlands.

Founded in 2012 in Barcelona, Spanish Green Machinery (SGM) has made waves with its focus on low-cost, high-efficiency dry process solutions. They’re particularly popular in Southern Europe, where water scarcity makes dry process equipment a necessity, not just a choice. SGM’s systems are designed to be energy-efficient, with motors that automatically adjust speed based on material input—no idle power waste.

Their flagship model, the SGM-DryPCB 1000, handles 800-1,000 kg/h and features a two-stage process: first, a single shaft shredder reduces PCBs to 50mm flakes, then a granulator with tungsten carbide blades grinds them into 1mm powder. The powder is then fed into a dry separator that uses a combination of air classification and magnetic separation (for ferrous metals), ensuring even tiny gold particles aren’t left behind.

SGM’s secret weapon? Their in-house manufacturing of key components, like granulator blades and separator screens, which allows them to keep costs down and quality high. Clients in Portugal and Greece appreciate their competitive pricing and fast delivery times (typically 6-8 weeks from order to installation).

Headquartered in Rotterdam, Dutch Advanced Recycling (DAR) is all about precision. Founded in 2010 by a team of materials engineers, DAR specializes in dry process systems that excel at separating ultra-fine particles—a must for recovering precious metals like gold and palladium from PCBs. Their systems are often used by recyclers who focus on high-value e-waste, such as server boards and smartphone PCBs.

DAR’s process is a masterclass in detail: after initial shredding, PCBs go through a compact granulator with dry separator that uses a “vibratory feeder” to ensure uniform particle size. The granulated material then enters a “Tribo-Electrostatic Separator,” where particles are charged by friction (tribocharging) and separated by an electric field. This method is especially effective for tiny gold flakes, which traditional air separation might miss.

They’ve also developed a “Precious Metal Recovery Module” add-on, which uses a series of magnets and electrostatic plates to target gold, silver, and platinum group metals. A Swiss client reported recovering 0.8 grams of gold per kg of PCB waste using this module—double the industry average.

With a focus on innovation, DAR invests 15% of annual revenue into R&D, and their lab in Delft is currently testing a nanotechnology-based separator that could boost precious metal recovery by another 5%.

Nestled in Vienna, Austrian EcoMachinery (AEM) has built a reputation for rugged, low-maintenance dry process equipment. Founded in 2008, they cater to recyclers who need machines that can handle “dirty” input—PCBs mixed with other e-waste, like cables or plastic casings—without clogging or breakdowns. Their systems are known for their durability, with many clients reporting 5+ years of operation without major part replacements.

AEM’s DryCycle PCB system starts with a heavy-duty single shaft shredder with reinforced blades to tackle tough materials, followed by a granulator with a “self-cleaning” screen that prevents buildup. The granulated material then moves to a dry separator with adjustable air flow, allowing operators to tweak settings based on material type. A unique feature is their “Debris Diverter,” a small conveyor that removes large, unshredded pieces before they reach the granulator—saving time and reducing wear.

They’re also leaders in customization. AEM works closely with clients to design systems that fit their specific space and capacity needs, whether it’s a compact 300 kg/h unit for a small warehouse or a 2,000 kg/h line for an industrial facility. This flexibility has made them a top choice in Eastern Europe, with clients in Hungary, Czech Republic, and Romania.

Paris-based French Recycling Technologies (FRT) has been a key player in the European recycling scene since 2011, with a focus on user-friendly dry process PCB equipment. They believe that advanced technology shouldn’t mean complicated operation, so their systems feature intuitive touchscreen controls and automated diagnostics that alert operators to issues like blade wear or airflow blockages.

FRT’s Ecoline PCB series ranges from 500 kg/h to 1,500 kg/h, with a process that includes a shredder and pre-chopper for initial breakdown, a granulator with quick-change blades (reducing maintenance time by 40%), and a dry separator with a visual inspection window—so operators can see separation in real-time. Their “SmartFlow” software tracks key metrics like recovery rate, energy use, and material throughput, generating reports that help recyclers optimize their processes.

They’ve also prioritized safety, with features like emergency stop buttons at every station and a dust extraction system that meets the strictest EU air quality standards. This has made them popular with clients in Germany and Austria, where workplace safety regulations are especially rigorous.

With a network of service centers across France, Belgium, and Luxembourg, FRT ensures fast response times for repairs or maintenance—typically within 24 hours for urgent issues.

Polish E-Waste Solutions (PES), founded in 2013 in Warsaw, is on a mission to make dry process PCB recycling accessible to small and medium-sized recyclers. They offer some of the most affordable systems in Europe, without skimping on quality. Their secret? Streamlined manufacturing and a focus on essential features, avoiding “bells and whistles” that drive up costs.

PES’s entry-level model, the PES-Dry 500, handles 500 kg/h and includes a single shaft shredder , a granulator, and a basic dry separator—all in a compact footprint of just 15m², perfect for recyclers with limited space. For larger operations, the PES-Dry 1000 adds a second separator for finer particles and a conveyor system to move material between stages.

While their systems may lack some of the advanced features of pricier competitors, they make up for it with reliability and ease of use. Clients in Slovakia, Croatia, and Bulgaria praise their simple design, which means fewer parts to break and easier repairs—often by in-house staff rather than expensive technicians.

PES also offers financing options, making it easier for new recyclers to enter the market—a rarity in the industry that has helped them build a loyal customer base.

Rounding out our list is Greek Green Engineering (GGE), a Athens-based supplier founded in 2010 that specializes in dry process equipment built for hot, dusty environments—ideal for Southern Europe and beyond. GGE’s systems are known for their robust dust filtration and heat-resistant components, ensuring consistent performance even in summer temperatures over 35°C.

Their GGE-DryPCB series features a compact granulator with dry separator that combines two stages into one unit, saving space and energy. The process starts with a shredder that breaks PCBs into 20mm pieces, which then enter the granulator-separator combo: granulation happens in the top chamber, and separation in the bottom, using air flow and electrostatic charge. This integrated design reduces energy use by 15% compared to separate units.

GGE has also focused on local sourcing, using Greek-made motors and steel to support the domestic economy and reduce shipping costs. Their systems are popular in Cyprus, Turkey, and Italy, where clients value their ability to withstand harsh conditions and their competitive pricing.

With a focus on sustainability, GGE offsets 100% of the carbon emissions from manufacturing their equipment and offers a trade-in program for old systems, ensuring they’re recycled responsibly.