Top 10 Best German Luxury Lithium-Ion Battery Crushing and Separation Equipment Suppliers in 2025 | Expert Ranking

1. Berlin Recycling Technologies GmbH

Founded in 2008, Berlin Recycling Technologies GmbH has grown from a small workshop to a global leader in lithium-ion battery recycling equipment. Headquartered in Berlin’s TechnoPark, the company prides itself on “engineering for a battery-free landfill.” Their team of 120 engineers and environmental scientists works closely with automotive giants like BMW and Volkswagen to develop equipment that handles the most complex battery chemistries—from EV batteries to smartphone power packs.

At the heart of their lineup is the li-ion battery breaking and separating equipment model LBS-2500. Designed for large-scale recycling plants, this system combines a high-torque shredder, magnetic separator, and air classification unit to separate lithium, cobalt, nickel, and plastic components with 98.5% purity. What sets it apart? It uses a dry process equipment approach, eliminating the need for water in separation—critical for water-scarce regions and reducing wastewater treatment costs by up to 40%.

“We installed the LBS-2500 last year, and it’s transformed our operations,” says Maria López, plant manager at Spain’s largest EV battery recycler. “We used to struggle with inconsistent metal recovery rates, but now we’re hitting 99% for lithium. Plus, the dry process means we’re no longer dependent on local water supplies during droughts.” With clients in 28 countries and a 2024 revenue growth of 35%, Berlin Recycling Technologies shows no signs of slowing down.

2. Munich Eco-Engineering AG

Munich Eco-Engineering AG has been a pioneer in environmental technology since 1995, but their air pollution control system equipment has made them indispensable in the lithium-ion recycling industry. Based in Munich’s Environmental Innovation District, the company specializes in systems that turn industrial emissions into a non-issue—vital for battery recycling plants, where shredding and melting can release harmful particulates and gases.

Their flagship AP-3000 system is a modular solution that scales with plant size, from small 500 kg/hour operations to massive 3000 kg/hour facilities. It uses a multi-stage filtration process: first, a cyclone separator removes large particles, then a baghouse filter with nano-ceramic coatings captures 99.7% of fine dust, and finally, a catalytic converter neutralizes volatile organic compounds (VOCs). “We worked with Munich Eco-Engineering to retrofit our plant in Poland,” says Jan Kowalski, sustainability director at GreenCycle Poland. “Before, our emissions exceeded EU limits during peak hours. Now, even with 20-hour production days, we’re consistently 30% below the strictest standards.”

The AP-3000 also integrates smart sensors that send real-time data to a cloud dashboard, alerting operators to filter replacements or pressure drops before they cause downtime. With a 10-year warranty on core components and 24/7 technical support, it’s no wonder 80% of new German lithium recycling plants choose Munich Eco-Engineering for their pollution control needs.

3. Hamburg GreenTech Solutions

Hamburg GreenTech Solutions may be the youngest company on this list (founded in 2015), but their compact granulator with dry separator equipment has quickly become a favorite for mid-sized recycling facilities. Located in Hamburg’s Port Innovation Hub, the company focuses on “small footprint, big impact” designs—perfect for urban recycling centers where space is at a premium.

The CGD-1500 is a all-in-one unit that fits in a 20ft container, making it ideal for modular plants or retrofits. It starts with a low-speed shredder to break batteries into 5-10mm granules, then uses electrostatic separation to split metals from plastics, and finishes with a magnetic drum to isolate ferrous materials. “We were tight on space in our Berlin facility, so the compact design was a game-changer,” says Thomas Berger, operations lead at Urban Recycling Berlin. “We’re processing 1200 kg/hour in half the space we used to need, and the energy costs are 20% lower than our old wet separation system.”

Hamburg GreenTech also prioritizes user-friendliness: the CGD-1500 can be operated via a 10-inch touchscreen, with pre-programmed settings for different battery types (EV, consumer electronics, power tools). For facilities looking to expand, the system is easily upgradeable to 1500 kg/hour with a simple motor upgrade. With a starting price 15% lower than competitors, it’s a smart choice for growing businesses.

4. Frankfurt Battery Recycling Systems

Frankfurt Battery Recycling Systems has built its reputation on one thing: reliability. Since 2001, the company has focused on hydraulic briquetter equipment —a critical step in battery recycling, where loose metal powders are compressed into dense briquettes for melting. Their HB-2000 model is a workhorse, designed to handle the abrasive metal powders from lithium-ion battery separation without frequent breakdowns.

The HB-2000 uses a 200-ton hydraulic press to compact metal powders into 5kg briquettes with a density of 6.5 g/cm³—ideal for efficient melting in furnaces. “We run two HB-2000s 24/7, and they’ve only needed routine maintenance in three years,” says Ahmed Hassan, production manager at North Africa Battery Recycling in Morocco. “The key is the hardened steel dies—they last 50% longer than the ones we used from other suppliers.” What’s more, the briquetter uses a closed-loop hydraulic system, recycling 95% of its hydraulic fluid and reducing waste. For plants looking to minimize manual labor, it can be integrated with a robotic arm for automatic loading and unloading.

Frankfurt Battery Recycling Systems also offers a “Total Briquetting Package,” including a conveyor system, metal powder feeder, and briquette cooling unit, making it easy for new plants to get up and running. With a global service network covering 40 countries, downtime is rarely an issue—their average response time for service calls is under 24 hours.

5. Stuttgart Precision Engineering GmbH

Stuttgart Precision Engineering GmbH is all about precision—especially when it comes to pre-shredding, the first step in battery recycling. Their 2 shaft shredder equipment model SS-1800 is designed to break down whole batteries (even damaged or swollen ones) into uniform 20-30mm pieces, ensuring consistent feeding into downstream separation systems.

The SS-1800 features interlocking cutting blades made from hardened D2 steel, which can slice through battery casings, electrodes, and even metal brackets without jamming. “We process a lot of end-of-life EV batteries, which are unpredictable—some have damaged cells, others have metal reinforcements,” says Lars Müller, technical director at Germany’s BatteryCycle. “The SS-1800 never gets stuck. We’ve run everything from small 18650 cells to large EV packs through it, and the particle size is always within 2mm of target.” To keep noise down, Stuttgart added a double-layer acoustic enclosure and vibration-dampening feet, making it suitable for urban plants (75 dB(A)—quieter than a vacuum cleaner).

For facilities with varying input sizes, the SS-1800’s blade speed is adjustable (50-100 RPM), and the infeed hopper can be customized with a metal detector to remove foreign objects. With a 5-year warranty on the gearbox and a 3-year warranty on blades, it’s an investment that pays off in reduced downtime and maintenance costs.

6. Düsseldorf Clean Energy Machines

Not all recycling happens in big plants—and Düsseldorf Clean Energy Machines caters to that niche with their portable briquetting machine line, including the popular PHBM-004. Designed for small-scale operations, scrap yards, or on-site recycling at factories, this compact unit weighs just 800kg and can be transported on a pickup truck.

The PHBM-004 compresses metal powders and small scrap into 2kg briquettes using a 100-ton hydraulic press. It runs on standard 220V electricity or a diesel generator, making it usable in remote locations. “We work with small scrap yards in rural Germany, and they love the PHBM-004,” says Klaus Schmidt, sales director at Düsseldorf Clean Energy. “They can process metal waste on-site instead of paying to transport it to a central plant. One client saved €12,000 in transport costs in the first year alone.” The machine is also popular with research labs and pilot plants, where small batches of recycled metals need to be tested for purity.

Despite its size, the PHBM-004 doesn’t skimp on safety: it has emergency stop buttons, a safety interlock on the hopper, and overload protection. It’s also easy to maintain—all key components are accessible via front panels, and the hydraulic fluid only needs changing every 2000 operating hours. For small operations, it’s a cost-effective way to turn waste into a sellable product.

7. Cologne Advanced Recycling Technologies

Cologne Advanced Recycling Technologies (CART) is pushing the boundaries of automation with their circuit board recycling plant model WCBD-2000A. While primarily designed for e-waste circuit boards, this system has been adapted to handle the circuit boards found in battery management systems (BMS) of lithium-ion batteries—critical for recovering valuable metals like gold, silver, and copper.

The WCBD-2000A uses a dry process equipment approach: first, a cryogenic pre-treatment to embrittle plastic components, then a high-speed impact mill to shatter the boards into fine particles, and finally, electrostatic separation to split metals from non-metals. “We recover 99.2% of the copper from BMS boards, which is 5% higher than our old wet chemical process,” says Sophie Laurent, technical lead at France’s E-Waste Solutions. “And there’s no toxic wastewater to treat—just clean plastic waste that we send to a local recycler.” The system also integrates AI-driven optical sorting, using cameras and machine learning to identify and separate different types of circuit boards before processing, improving efficiency.

CART offers turnkey solutions, including installation, staff training, and software updates. Their 2025 upgrade added remote monitoring, allowing technicians to troubleshoot issues from Cologne headquarters. For plants looking to diversify into e-waste recycling alongside batteries, the WCBD-2000A is a versatile choice—capable of processing 500-2000 kg/hour of circuit boards with minimal reconfiguration.

8. Dresden Eco-Machines GmbH

While dry process equipment gets a lot of attention, some materials require wet process equipment for maximum recovery—and Dresden Eco-Machines GmbH excels here. Their WP-1000 system is designed for separating fine lithium and cobalt particles from battery sludge, using water-based flotation and gravity separation to achieve purity levels that dry systems can’t match.

The WP-1000 starts with a ball mill to grind battery sludge into sub-100μm particles, then uses froth flotation to attach lithium particles to air bubbles, which rise to the surface for collection. The water is recycled in a closed loop, with a multi-stage filtration system that removes 99% of solids before reuse. “We needed to recover lithium carbonate with 99.9% purity for battery remanufacturing,” says Dr. Hans Müller, R&D director at a German battery producer. “The WP-1000 delivers that consistently, and the water recycling means we only use 500 liters per ton of sludge—compared to 2000 liters with our previous system.”

Dresden Eco-Machines also prioritizes sustainability in the wet process: the flotation reagents are biodegradable, and the system includes a sludge dewatering unit to minimize waste. For plants that need both dry and wet processes, the company offers hybrid solutions, integrating the WP-1000 with dry separators for a complete recycling line. With a focus on research, Dresden has a team of 15 materials scientists constantly improving recovery rates—making them a leader in cutting-edge wet separation technology.

9. Leipzig Sustainable Engineering AG

Lithium-ion batteries aren’t the only e-waste with recycling potential—and Leipzig Sustainable Engineering AG has carved a niche in motor recycling machines equipment , specifically the motor stator cutter MSC-500. Stators from electric vehicle motors contain copper windings worth up to €8/kg, but extracting them manually is time-consuming and dangerous. The MSC-500 automates this process, making it a valuable addition to battery recycling plants that also handle EV motors.

The MSC-500 uses a hydraulic cutter to slice through stator laminations, then a rotating extractor to pull out copper windings in one piece—minimizing copper loss and increasing value. “We process 500 stators a day, and the MSC-500 has cut our labor costs by 70%,” says Petr Novak, owner of Czech Republic-based Motor Recycle. “Before, two workers could do 100 stators a day; now one worker can do 500 with the machine.” The cutter blades are replaceable and last 10,000 cuts, and the machine includes safety features like a light curtain to stop operation if hands are near the cutting area.

Leipzig Sustainable Engineering also offers training for operators, ensuring plants get the most out of the MSC-500. For battery recyclers expanding into end-of-life EV processing, adding a motor stator cutter is a smart way to increase revenue streams—and the MSC-500 is one of the most efficient on the market.

10. Bremen Green Solutions GmbH

No recycling plant is complete without material handling, and Bremen Green Solutions GmbH specializes in plastic pneumatic conveying system equipment —the “veins” that move plastic waste from separation units to storage or further processing. Their PPCS-3000 system is designed to handle the light, fluffy plastic particles from battery recycling, which can be difficult to transport with traditional conveyors.

The PPCS-3000 uses high-pressure air to move plastic particles through a network of pipes, with variable speed blowers to adjust for different material densities. “We had constant jams with our old belt conveyor—plastic would get stuck in the rollers,” says John Smith, plant manager at UK-based GreenCycle. “The pneumatic system eliminated that. Now plastic moves smoothly from the separator to the baler, even around corners and up 10m elevations.” The system includes filters to capture dust, preventing contamination of the work environment, and is customizable with multiple outlets to send different plastic types to separate storage bins.

Bremen Green Solutions offers on-site testing to design the optimal conveying layout for each plant, ensuring minimal energy use and maximum throughput. Their 2025 upgrade added smart sensors that detect blockages and automatically adjust air pressure to clear them, reducing downtime. For plants looking to streamline material flow, the PPCS-3000 is an unsung hero that makes the entire recycling process run smoother.