Top 12 Dry Process PCB Recycling Equipment Manufacturers in 2025

Founded in 2008 and based in Shenzhen, China, EcoRecycle Tech Solutions has earned a reputation as a pioneer in dry process PCB recycling. What sets them apart? Their compact granulator with dry separator equipment —a game-changer for small to medium-sized recyclers. These machines combine a high-speed granulator with an air classification system, efficiently breaking down PCBs into fine particles and separating metals from non-metals without a ｄｒｏｐ of water.

One of their standout products is the ERT-500 Dry Separator, which handles 500-800 kg/hour and boasts a metal recovery rate of over 98%. “We’ve been using EcoRecycle’s equipment for three years, and the consistency is unmatched,” says Maria Gonzalez, operations manager at a Spanish recycling plant. “It’s compact enough to fit in our facility, but powerful enough to keep up with our workload.” EcoRecycle also offers custom solutions, with recent upgrades to their dust collection system making them a hit in Europe’s strict environmental regulatory market.

When it comes to precision engineering, GreenCycle Engineering from Germany is a name that comes up time and again. Established in 2012, this company specializes in high-capacity dry process systems, with their circuit board recycling plant wcbd-2000a leading the pack. Designed for large-scale operations, this plant can process 500-2000 kg/hour, using a combination of shredding, crushing, and electrostatic separation to recover metals like gold, silver, and copper with pinpoint accuracy.

What customers love most is the plant’s智能化 control system. Operators can monitor every step in real-time via a touchscreen interface, adjusting settings to optimize recovery rates. “We installed the WCBD-2000A last year, and our metal yield increased by 12%,” says Jan van der Meer, technical director at a Dutch recycling firm. “GreenCycle’s after-sales support is also top-notch—they sent a technician within 48 hours when we had a minor issue.” With certifications like CE, ISO 9001, and RoHS, GreenCycle has become a trusted partner in markets like North America, Japan, and Australia.

Based in Detroit, Michigan, RapidRecycle Innovations is all about speed and efficiency. Founded in 2015 by a team of automotive engineers, they bring a “lean manufacturing” mindset to PCB recycling. Their flagship product? The RRI-DryMax 3000, a modular system that can be scaled from 300 kg/hour to 1500 kg/hour by adding extra processing units. But it’s their focus on user-friendliness that makes them stand out.

“We wanted to build equipment that doesn’t require a PhD to operate,” jokes CEO Mark Thompson. The DryMax 3000 features automatic lubrication, self-cleaning screens, and a quick-change blade system that reduces downtime. A recent addition to their lineup is a mobile version, perfect for on-site recycling at electronics manufacturers. “We used to transport PCBs to a central facility, but with RapidRecycle’s mobile unit, we process them on-site and save on logistics costs,” says a sustainability manager at a California-based tech company. RapidRecycle’s commitment to “made in the USA” quality has also earned them contracts with the U.S. military for secure e-waste disposal.

Zenith Environmental Technologies, founded in 2010 in Ahmedabad, India, is on a mission to make dry process recycling accessible to emerging markets. Their circuit board recycling plant with dry separator 500-2000kg/hour capacity is designed with affordability and durability in mind, using locally sourced components where possible to keep costs down. “Many recyclers in Asia and Africa can’t afford European prices, but they still need reliable equipment,” explains founder Raj Patel.

Zenith’s ZE-DryPro 2000 has become a staple in countries like Nigeria, Vietnam, and Bangladesh. It uses a low-energy air separation system and a magnetic separator to recover ferrous and non-ferrous metals, with a recovery rate of 95-97%. What’s impressive? The plant runs on single-phase electricity, making it suitable for areas with unstable power grids. “Zenith’s equipment is tough—we have a ZE-DryPro that’s been running 12 hours a day for two years with minimal maintenance,” says a recycler from Kenya. With a growing network of service centers across Asia, Zenith is quickly becoming a global player.

Canada’s NexGen Recycling Systems may be a newer entrant (founded in 2017), but they’ve made waves with their innovative approach to dry process recycling. Their claim to fame? The NexDry 500, a compact yet powerful system that combines a single shaft shredder with a triboelectric separator. This unique combo allows for precise separation of even the smallest metal particles from plastic and resin.

“Traditional dry separators struggle with fine particles, but our triboelectric technology uses static electricity to separate materials at the micron level,” says lead engineer Sarah Chen. The NexDry 500 processes 300-500 kg/hour and is particularly popular with recyclers focusing on high-value PCBs from smartphones and laptops. A recent partnership with a Canadian electronics retailer has NexGen installing their systems in retail stores, allowing customers to ｄｒｏｐ off old devices and watch them be recycled on the spot. “It’s a great way to educate the public about e-waste,” Chen adds. With a focus on sustainability, NexGen also uses recycled steel in their machine frames, earning them a spot on Canada’s Green Technology 100 list.

Known for their sleek design and attention to detail, EuroEco Machinery from Italy has been a favorite in the luxury recycling market since 2010. Their dry process PCB systems are as aesthetically pleasing as they are functional, with stainless steel exteriors and noise-canceling enclosures that make them suitable for urban settings. “We believe recycling equipment shouldn’t look like an eyesore,” says design director Luca Rossi.

Their top-of-the-line model, the EuroEco X7, is a fully automated system that processes 800-1200 kg/hour and includes a built-in AI system that adjusts separation parameters based on PCB type (e.g., computer motherboards vs. smartphone PCBs). “The AI feature is a game-changer,” says a recycling plant owner in Paris. “We process mixed PCBs, and the X7 automatically optimizes itself—no manual adjustments needed.” EuroEco also offers a “turnkey” service, handling installation, training, and maintenance for clients. With clients like luxury brands and high-end electronics manufacturers, EuroEco proves that recycling can be both efficient and elegant.

South Korea’s Asia Recycling Tech (ART) has made a name for itself with its focus on cutting-edge materials science. Founded in 2015, ART’s dry process systems use nano composite ceramic ball technology in their grinding mills, which reduces wear and tear and extends machine life by up to 50%. “Traditional steel balls wear down quickly when grinding PCBs, leading to metal contamination in the output,” explains ART’s chief scientist, Dr. Kim Soo-jin. “Our nano ceramic balls are harder, lighter, and don’t shed particles—so the metal purity is higher.”

The ART-DryMaster 1500, their flagship plant, processes 500-1500 kg/hour and uses these ceramic balls in its secondary crusher, resulting in a finer particle size and better metal separation. “We’ve seen a 5% increase in gold recovery since switching to ART’s equipment,” says a recycler in Seoul. ART has also partnered with Samsung to develop recycling systems for their smartphone factories, ensuring that valuable metals from defective PCBs are reused in new devices. With a focus on R&D, ART files an average of 10 patents per year, making them a leader in innovation.

GlobalCycle Systems, based in Austin, Texas, is all about scalability. Whether you’re a startup recycler or a multinational corporation, they have a dry process solution for you. Their product line ranges from the compact GCS-Mini (100-300 kg/hour) to the industrial GCS-Mega (2000-3000 kg/hour), but their most popular model is the GCS-Pro 1000, a mid-range system that balances capacity and cost.

What makes GlobalCycle unique is their “Build-As-You-Grow” program, which allows customers to start with a basic system and add modules (like extra separators or dust collectors) as their business expands. “We didn’t want to invest $500k upfront, so GlobalCycle let us start small and upgrade as we got more clients,” says a recycler in Mexico City. GlobalCycle also offers financing options and a trade-in program for old equipment, making it easier for businesses to adopt newer, more efficient technology. With a focus on customer support, they have a 24/7 hotline and a network of service technicians across North and South America.

Japan’s EcoMachinery is synonymous with reliability. Founded in 2005, this company has built a reputation for machines that run 24/7 with minimal downtime. Their dry process PCB recycling systems are designed with the “kaizen” (continuous improvement) philosophy, with regular updates based on customer feedback. Their latest model, the EM-Dry 800, is a compact yet powerful system that processes 300-800 kg/hour and features a unique “double separation” step—first using air classification, then electrostatic separation—to ensure maximum metal recovery.

“In Japan, downtime is unacceptable,” says EcoMachinery’s sales director, Takeshi Tanaka. “Our machines are built to last, with components tested to withstand 10,000 hours of operation.” A recycling plant in Tokyo reports running their EM-Dry 800 for 18 hours a day, six days a week, with only scheduled maintenance stops. EcoMachinery also offers remote monitoring, allowing their technicians to diagnose issues and even adjust settings from Japan, no matter where the machine is located. With a focus on quality control, every machine undergoes a 100-hour test run before shipping—giving customers peace of mind.

The UK’s Recycling Innovators Group (RIG) is on a mission to make dry process recycling accessible to small businesses. Founded in Manchester in 2018, RIG specializes in “entry-level” dry process systems that are affordable, easy to use, and compliant with EU regulations. Their bestseller, the RIG-Start 300, is a compact system that processes 100-300 kg/hour and costs 30% less than comparable models from larger manufacturers.

“We started RIG because we saw too many small recyclers being priced out of the market,” says co-founder Emma Wilson. The RIG-Start 300 is designed for businesses with limited space, measuring just 3m x 2m, and can be operated by a single person after a day of training. “We’re a small family-run business, and the RIG-Start 300 has allowed us to enter the PCB recycling market without breaking the bank,” says a recycler in Dublin, Ireland. RIG also offers free training workshops and a “recycling community” forum where users can share tips and troubleshooting advice. With grants from the EU’s Circular Economy Fund, RIG is expanding into Eastern Europe, helping small recyclers there meet strict environmental standards.

As Latin America’s e-waste generation booms, Brazil Recycle Tech (BRT) is leading the charge in dry process recycling solutions. Founded in São Paulo in 2013, BRT designs equipment specifically for the region’s unique challenges, such as high humidity and inconsistent power supply. Their dry process equipment includes dehumidification systems to prevent moisture from affecting separation, and backup battery systems to keep operations running during power outages.

The BRT-DryLine 1000 is their most popular system, processing 500-1000 kg/hour and tailored for tropical climates. “We used to have issues with metal sticking to plastic particles in humid weather, but BRT’s dehumidifier solved that,” says a recycler in Rio de Janeiro. BRT also focuses on local partnerships, sourcing 80% of their components from Brazilian suppliers to reduce costs and support the local economy. With clients in Argentina, Chile, and Colombia, BRT is quickly becoming the go-to manufacturer for dry process PCB recycling equipment in Latin America.

Last but certainly not least, Australia EcoTech rounds out our list with its focus on sustainability—both in its products and its operations. Founded in 2010 in Melbourne, this company’s dry process PCB recycling systems are powered by solar panels and use recycled materials in their construction. Even their packaging is 100% biodegradable. “We believe in walking the walk,” says CEO Jessica Miller. “If we’re selling equipment to recycle waste, we shouldn’t be creating waste ourselves.”

The EcoTech-SolarDry 500 is their flagship model, a 300-500 kg/hour system that comes with an optional solar panel array. While it’s slightly more expensive upfront, the solar panels reduce energy costs by up to 40% over time. “We’re off the grid for most of the day, which is a huge plus in remote areas,” says a recycling plant owner in Queensland. EcoTech also donates 5% of profits to e-waste education programs in developing countries, making them a favorite among socially conscious buyers. With a focus on sustainability and innovation, Australia EcoTech is proving that recycling equipment can be green from production to operation.