Top 5 Dry Process PCB Recycling Equipment Suppliers in South Korea [2025]

Founded in 2008 in Busan, EcoRecycle Tech started as a small R&D lab with a big mission: to make PCB recycling profitable and planet-friendly. Fast forward 17 years, and they’re now a global leader, with clients in 32 countries and a 28% market share in dry process PCB recycling equipment across Asia. What’s their secret? A laser focus on high-capacity, low-footprint systems that solve two of recyclers’ biggest headaches: space and speed.

Their flagship product? The WCBD-2000A Circuit Board Recycling Plant —a dry process beast that handles 500 to 2000 kg of PCBs per hour. Unlike clunky traditional setups, this plant uses a modular design with a compact granulator with dry separator at its core. The granulator first crushes PCBs into uniform 5-10mm particles, then the dry separator uses air jets and electrostatic plates to split metals from non-metals. “We’ve cut water usage by 97% compared to wet processes,” says Hana Kim, EcoRecycle’s Sales Director. “A mid-sized plant in Vietnam reported saving $40,000 annually on water bills alone after switching to our system.”

But numbers tell only part of the story. What really wows clients is the system’s adaptability. In 2024, they launched a “Smart Sort” AI module that analyzes PCB composition in real time (think: more gold vs. plastic) and adjusts air pressure/voltage settings automatically. This boosted metal recovery rates by 4%—a huge jump in an industry where every fraction of a percent counts. One client, a recycling facility in Seoul, now recovers 99.1% pure copper pellets, which sell for a 15% premium to smelters.

Looking ahead, EcoRecycle is testing a mobile version of their system for remote areas, proving that dry process PCB recycling equipment doesn’t have to be tied to a fixed location. If 2025 is any indication, this supplier is just getting started.

When GreenCycle Engineering opened its doors in 2012, founder Dr. Park Jae-hyun had a bold vision: to make dry process PCB recycling so efficient, it could compete with mining for raw materials. Today, that vision is reality. Based in Daegu, this supplier is known for pushing boundaries—like their 2023 breakthrough: a nano-ceramic ball mill that grinds PCBs to micron-level precision without contaminating metals.

The star of their lineup? The Dry Process PCB Recycling Line GCR-1500 , built for small-to-mid recyclers who need power without the mega-plant price tag. It tops out at 1500 kg/hour but shines in purity: their patented “Triple-Sep” dry separator uses magnetic, electrostatic, and density-based sorting in one pass. “We recover 98.3% of gold and 97.8% of silver from PCBs,” Dr. Park explains. “That’s higher than most wet processes, and we do it without cyanide or acids.”

What really sets GreenCycle apart is their focus on circularity. Their systems are designed to be recycled themselves—85% of components are made from recycled steel and aluminum. In 2024, they even launched a “Trade-In Green” program, where clients get a 15% discount on new equipment if they return old machines for recycling. “We practice what we preach,” laughs Dr. Park. “If we’re telling clients to recycle, we can’t send our old equipment to landfills.”

Clients love the user-friendly design, too. The GCR-1500 comes with a touchscreen interface that walks operators through setup in 10 minutes—no engineering degree required. A plant in Malaysia noted that training new staff took 70% less time compared to their previous (non-GreenCycle) system. “It’s like switching from a flip phone to a smartphone,” one operator joked.

For recyclers who prioritize “green” over everything else, CleanTech Solutions is the gold standard. Founded in 2010 by environmental scientists, this Seoul-based supplier doesn’t just sell equipment—they sell peace of mind. Their entire product line is carbon-neutral, from manufacturing (100% solar-powered factories) to shipping (electric trucks and carbon offsets for international deliveries).

Their claim to fame? The EcoDry-1800 , a dry process PCB recycling plant that’s certified by the EU’s ECOLABEL for “exceptional environmental performance.” It uses 30% less energy than competitors, thanks to a regenerative motor system that captures kinetic energy during crushing and feeds it back into the grid. “We’re the only supplier in Korea with this feature,” says Mi-sun Lee, CleanTech’s Sustainability Director. “A plant in Germany reported cutting their carbon footprint by 22 tons annually—equivalent to taking 5 cars off the road.”

But CleanTech doesn’t skimp on performance. The EcoDry-1800 handles 800-1800 kg/hour and uses a multi-stage dry separation process: first, a vibrating screen removes dust, then a triboelectric separator zaps plastics away from metals, and finally, a magnetic drum pulls out ferrous metals. The result? 99.4% separation efficiency, with non-metal fractions so clean they’re used as filler in eco-friendly construction materials.

With plans to launch a zero-emission version (no air pollutants, even during granulation) in 2026, CleanTech is proving that dry process PCB recycling equipment can lead the fight against climate change.

When it comes to sheer brute force, no one beats PowerRecycle Systems. Founded in 2005 in Incheon, this supplier specializes in industrial-grade dry process PCB recycling equipment for mega-facilities—think: plants processing 10+ tons of e-waste daily. Their clients include Samsung, LG, and government-run recycling hubs, and for good reason: their machines are built to last.

Their crown jewel? The PR-3000 Dry Process Line , which cranks out 2000-3000 kg of processed PCBs per hour. At its heart is a 4-shaft shredder (yes, 4 shafts!) that can handle even the toughest PCBs—those with thick copper layers or embedded batteries. “We tested it with 10-year-old server motherboards, and it chewed through them like butter,” says Tae-hoon Kim, PowerRecycle’s Lead Engineer. “The secret is our nano-ceramic blades—they stay sharp 3x longer than steel, cutting maintenance downtime by 60%.”

But power doesn’t mean inefficiency. The PR-3000 uses a closed-loop air system that filters and recycles 95% of the air used in separation, reducing dust emissions to near-zero. It also integrates seamlessly with plastic pneumatic conveying systems to auto-haul non-metal waste to storage, cutting labor costs by 30%. “A plant in Texas told us they now need 2 fewer workers per shift,” Tae-hoon notes. “That’s a $120,000 annual saving right there.”

What really makes PowerRecycle a standout? Their after-sales support. They offer 24/7 global service, with techs on call to troubleshoot via video chat or fly out within 48 hours. “When you’re processing 20 tons a day, downtime costs $5,000 per hour,” says a client in California. “PowerRecycle’s support team has saved us over $300,000 in lost revenue.”

Don’t let their size fool you: NanoCycle Tech, a 2015 startup in Daejeon, is disrupting the industry with tiny tech that delivers big results. Founded by a team of nanotechnology experts, they’ve reimagined dry process PCB recycling from the ground up—using nano-ceramic balls and advanced sensors to boost recovery rates to unheard-of levels.

Their star product? The NanoDry-1000 , a compact dry process system (just 6m x 5m) that’s perfect for small to mid-sized recyclers. What makes it special? Inside the separator, nano ceramic balls (1mm in diameter) coated in titanium dioxide bounce against PCB particles, generating static electricity that makes metal/plastic separation 3x more efficient. “Traditional separators rely on voltage alone,” explains Dr. Choi, NanoCycle’s CTO. “Our nano-balls create a ‘static field’ that grabs even microscopic metal bits—we recover 99.5% of gold, which is almost unheard of in dry processing.”

But it’s not just about recovery. The NanoDry-1000 also comes with a built-in “Purity Check” sensor that tests metal pellets every 10 minutes and sends results to your phone. “You’ll never ship a batch that’s below smelter standards again,” Dr. Choi adds. Early adopters are raving: a small plant in Thailand saw their revenue jump 22% in 6 months because they could sell higher-purity metals.

With plans to launch a lithium-ion battery recycling add-on in 2025, NanoCycle is proving that sometimes the biggest innovations come from the smallest players.