Lithium-ion batteries power our lives—from the smartphones in our pockets to the electric vehicles on our roads and the energy storage systems keeping our grids stable. But as the world races toward a greener future, the question of what happens to these batteries when they die has never been more critical. Old lithium-ion batteries are goldmines of valuable materials—lithium, cobalt, nickel, and copper—trapped inside casings and chemical compounds. To unlock these resources, we need specialized equipment: machines that can crush, sort, and separate components with precision, efficiency, and minimal environmental impact. In 2025, the global market for lithium-ion battery recycling equipment is booming, driven by stricter regulations and soaring demand for raw materials. Today, we’re diving into the top 10 manufacturers leading the charge in li-ion battery crushing and separation technology—companies that aren’t just building machines, but shaping the future of sustainable resource recovery.
1. Global Recycling Tech (GRT) – Germany
When it comes to reliability in the lithium-ion recycling space, Global Recycling Tech (GRT) has been a household name since its founding in 2005. Headquartered in Munich, this German engineering giant has built a reputation for precision, and their li-ion battery breaking and separating equipment is a testament to that legacy. What sets GRT apart? Their systems are designed with modularity in mind—meaning recyclers can start small (with a 500 kg/hour setup) and scale up to 2,500 kg/hour as their operations grow.
GRT’s flagship li-ion battery breaking and separating equipment features a four-shaft shredder that first tears through battery casings, followed by a dry separation unit that uses air classification and electrostatic sorting to separate metals from plastics and electrolytes. What really impresses clients, though, is the integrated air pollution control system for li battery recycling plant . Lithium battery recycling can release harmful fumes, but GRT’s system uses activated carbon filters and catalytic converters to ensure emissions are 99% cleaner than industry standards. With clients in over 40 countries—including major automakers and recycling conglomerates—GRT isn’t just selling machines; they’re selling peace of mind.
2. EcoCycle Solutions – United States
EcoCycle Solutions, based in Detroit, Michigan, has quickly risen to the top of the pack since its launch in 2010. Focused exclusively on battery recycling technology, this American innovator has made a name for itself with equipment that balances speed and sustainability. Their claim to fame? The EcoShred 3000, a compact yet powerful system that combines crushing, shredding, and separation into a single, space-saving unit—perfect for urban recycling facilities where square footage is limited.
EcoCycle’s systems are known for their low energy consumption (up to 30% less than competitors) and high separation efficiency—often recovering 95% of lithium and 98% of cobalt from used batteries. They’ve also invested heavily in safety: their equipment includes fire suppression systems and gas monitoring sensors to handle the risk of thermal runaway, a common concern in lithium battery recycling. In 2024, EcoCycle secured a $50 million contract with a leading U.S. EV manufacturer to supply 20 of their 2,000 kg/hour systems, solidifying their spot as a key player in the North American market.
3. Asia Recycling Machinery (ARM) – China
Asia Recycling Machinery (ARM), based in Shenzhen, is proof that Chinese engineering is leading the way in scalable recycling solutions. Founded in 2008, ARM has grown to become the largest supplier of battery recycling equipment in Asia, with a footprint that spans Southeast Asia, Europe, and Latin America. Their specialty? High-capacity systems tailored for large-scale recycling plants, including their lithium battery recycling plant with 500-2500kg/hour capacity —a workhorse designed to handle the massive volumes of batteries coming from China’s EV boom.
ARM’s equipment stands out for its hybrid approach: a wet-dry separation process that first uses water-based sorting to remove plastics and electrolytes, then dry electrostatic separation to isolate metals. This dual method boosts recovery rates (they claim up to 99% for copper and aluminum) while reducing dust emissions, thanks to their proprietary air pollution control system . In 2025, ARM made headlines by launching a mobile version of their crushing unit—allowing recyclers to process batteries on-site at EV factories, cutting down on transportation costs and emissions. It’s this kind of innovation that has made ARM a go-to for clients like CATL and BYD, two of the world’s largest battery producers.
4. EuroBatt Tech – Italy
EuroBatt Tech, based in Milan, has carved a niche for itself by focusing on sustainability without sacrificing performance. Founded in 2012 by a team of materials scientists, this Italian firm takes a “circular design” approach—meaning every component of their equipment is recyclable, and their systems are optimized to use renewable energy. Their star product? The Li-Crush Pro, a compact granulator with dry separator equipment that’s become a favorite among small to mid-sized recyclers.
The Li-Crush Pro is a marvel of efficiency: it crushes batteries into small granules (less than 5mm) and uses a combination of magnetic separation and eddy current sorting to separate ferrous and non-ferrous metals. What really sets it apart, though, is its energy efficiency—it can run on solar power with a backup battery, making it ideal for off-grid operations. EuroBatt also prides itself on compliance; their systems meet the strictest EU standards, including REACH and CE certifications, which has helped them dominate markets in Western Europe. In 2024, they partnered with a French recycling cooperative to build 10 community-scale recycling centers, each equipped with a Li-Crush Pro, making battery recycling accessible to small businesses and local governments.
5. Green Energy Systems (GES) – Japan
Japanese engineering is synonymous with precision, and Green Energy Systems (GES) lives up to that reputation. Founded in Tokyo in 2001, GES has long been a leader in electronics recycling, and in recent years, they’ve turned their expertise to lithium-ion batteries. Their focus? Minimizing waste at every step. GES’s crushing and separation systems are designed to recover not just metals, but also plastics and electrolytes, which can be repurposed or safely disposed of.
One of their most innovative products is the GES-2000, a system that uses cryogenic crushing—freezing batteries to -80°C to make them brittle, then shattering them into fine particles. This method reduces the risk of thermal runaway and allows for more precise separation of electrode materials. GES also integrates hydraulic press machines equipment into their systems to compact metal powders into briquettes, making them easier to transport and melt down. With clients in Japan, South Korea, and Australia, GES is a key player in the Asia-Pacific market, and their focus on waste reduction has earned them partnerships with environmental NGOs and government agencies alike.
6. RecycleWorks International – United States
Based in Austin, Texas, RecycleWorks International is the new kid on the block, but they’ve already made waves with their disruptive approach to battery recycling. Founded in 2018 by former Tesla engineers, this startup set out to solve a problem: most crushing equipment on the market was designed for lead-acid batteries, not the more complex lithium-ion variants. Their solution? A fully automated system that uses AI-powered sensors to adjust crushing speed and separation settings in real time, based on battery type (whether it’s from a smartphone, EV, or power tool).
RecycleWorks’ li-ion battery breaking and separating equipment is a hit with small to mid-sized recyclers because it’s user-friendly—no PhD required to operate it. The system includes a touchscreen interface that guides operators through setup, and it even sends maintenance alerts to a mobile app. In 2025, they launched a “pay-per-ton” leasing model, making their technology accessible to startups that can’t afford upfront costs. This flexibility has helped them quickly gain traction in North America and Europe, with clients ranging from family-owned recyclers to tech giants like Apple, which uses their systems to recycle old iPhone batteries.
7. TechnoCycle – South Korea
South Korea is a powerhouse in battery production (hello, Samsung SDI and LG Energy Solution), so it’s no surprise that TechnoCycle, based in Seoul, is a leader in recycling equipment. Founded in 2010, this company specializes in high-purity separation—equipment that can isolate lithium carbonate and cobalt oxide with 99.9% purity, making them ready for reuse in new batteries. Their flagship system, the TC-1500, is a favorite among battery manufacturers looking to close the loop on their supply chains.
TechnoCycle’s secret weapon is their proprietary “nano-sieving” technology, which uses ultra-fine filters to separate electrode materials at the molecular level. This not only boosts purity but also reduces the need for chemical processing later, cutting down on costs and environmental impact. They also offer a complete turnkey solution, including air pollution control system for li battery recycling plant and water treatment equipment, so clients don’t have to piece together systems from multiple suppliers. In 2024, TechnoCycle signed a $100 million deal with LG Energy Solution to supply equipment for their new “closed-loop” recycling facility in Michigan, USA—a vote of confidence from one of the industry’s biggest names.
8. EcoMachinery Group – Brazil
When it comes to serving emerging markets, EcoMachinery Group from Brazil is leading the pack. Founded in São Paulo in 2012, this Latin American manufacturer understands the unique challenges of recycling in regions with limited infrastructure—unreliable power grids, high transportation costs, and budget constraints. That’s why their equipment is built to be rugged, energy-efficient, and affordable.
EcoMachinery’s li-ion battery breaking and separating equipment is designed for off-grid use, with options for solar or diesel power. Their most popular model, the EcoCrush 500, can process 500 kg/hour using just 15 kW of electricity—about the same as a home dryer. It’s also portable, mounted on a trailer that can be towed to remote locations, making it ideal for recycling batteries from rural EV charging stations or mining operations. In 2025, EcoMachinery expanded into Africa, partnering with local governments to set up recycling hubs in Nigeria and Kenya. Their focus on accessibility has made them a hero in regions where battery waste is piling up, and they’re proof that sustainability doesn’t have to come with a premium price tag.
9. Nordic Recycling Systems (NRS) – Sweden
Sweden is known for its commitment to sustainability, and Nordic Recycling Systems (NRS) embodies that ethos. Founded in Stockholm in 2008, NRS has made a name for itself by building equipment that’s not just efficient, but also carbon-neutral. Their factories run on 100% renewable energy, and their systems are designed to minimize energy use—so much so that they offer clients a “carbon offset guarantee” for every ton of batteries processed.
NRS’s lithium battery recycling plant with 500-2500kg/hour capacity uses a dry process that eliminates the need for water, making it ideal for regions with water scarcity. The system relies on infrared sensors to identify different battery components, followed by air jets that sort materials into separate bins. What really sets NRS apart, though, is their focus on worker safety. Their equipment includes fully enclosed processing chambers with HEPA filters, ensuring operators aren’t exposed to harmful fumes or dust. In 2024, they won the European Green Technology Award for their “zero-waste” design—every byproduct from their systems, even plastic fines, is either recycled or used as fuel for biomass energy. It’s this kind of holistic thinking that has made NRS a favorite among eco-conscious recyclers in Europe and Canada.
10. Australian Resource Recovery (ARR) – Australia
Rounding out our list is Australian Resource Recovery (ARR), a Perth-based manufacturer that’s making waves with its focus on innovation and adaptability. Founded in 2015, ARR started as a small team of mining engineers who saw an opportunity to apply mineral processing technology to battery recycling. Today, they’re known for their ability to customize systems for niche applications—whether it’s recycling batteries from drones, medical devices, or large-scale energy storage systems.
ARR’s most talked-about product is their compact granulator with dry separator equipment , a tabletop-sized unit designed for labs and small-scale recyclers. Despite its size, it can process 100 kg/hour and separate materials with 90% efficiency—making it perfect for research institutions or startups testing new recycling methods. For larger operations, they offer a modular system that can be upgraded with additional crushers or separators as needed. In 2025, ARR partnered with the University of Western Australia to develop a new separation technology that uses magnetic nanoparticles to extract lithium from battery waste, a breakthrough that could revolutionize the industry. With a focus on R&D and customer collaboration, ARR is proof that even newer players can disrupt the market with creativity and technical know-how.
Comparing the Leaders: Key Metrics at a Glance
| Manufacturer | Core Equipment | Capacity Range (kg/hour) | Key Technology Highlight | Global Reach |
|---|---|---|---|---|
| Global Recycling Tech (GRT) | Li-ion battery breaking and separating equipment | 500 – 2,500 | Modular 4-shaft shredder + dry separation | Europe, North America, Asia |
| EcoCycle Solutions | EcoShred 3000 (compact granulator) | 500 – 2,000 | Low-energy dry separation + fire suppression | North America, Europe |
| Asia Recycling Machinery (ARM) | Lithium battery recycling plant | 500 – 2,500 | Hybrid wet-dry separation + mobile units | Asia, Europe, Latin America |
| EuroBatt Tech | Li-Crush Pro (dry separator) | 300 – 1,500 | Cryogenic crushing + solar-powered options | Western Europe, Africa |
| Green Energy Systems (GES) | GES-2000 (AI-powered separator) | 800 – 2,000 | AI sensors + hydraulic press briquetting | Japan, South Korea, Australia |
| RecycleWorks International | Automated breaking & separation system | 300 – 1,000 | Real-time AI adjustment + mobile app alerts | North America, Europe |
| TechnoCycle | TC-1500 (high-purity separator) | 1,000 – 2,500 | Nano-sieving for 99.9% purity | South Korea, USA, Europe |
| EcoMachinery Group | EcoCrush 500 (portable system) | 300 – 800 | Off-grid solar/diesel power + portability | Latin America, Africa |
| Nordic Recycling Systems (NRS) | Dry process recycling plant | 500 – 2,500 | Waterless infrared sorting + carbon-neutral design | Europe, Canada |
| Australian Resource Recovery (ARR) | Compact granulator with dry separator | 100 – 1,000 | Customizable modular systems + lab-scale options | Australia, Southeast Asia |
The Road Ahead: Innovation and Collaboration
As we look to the future, one thing is clear: the lithium-ion battery recycling industry won’t thrive on equipment alone. It will take collaboration between manufacturers, recyclers, policymakers, and battery producers to build a truly circular economy. The top 10 manufacturers highlighted here are leading the way with technology that’s efficient, scalable, and environmentally responsible—but there’s still work to be done.
In 2025 and beyond, we can expect to see even more innovation: smarter AI-powered systems that adapt to new battery chemistries, more compact and mobile units to serve remote regions, and breakthroughs in material separation that recover every last gram of valuable resources. And as demand for lithium-ion batteries continues to grow, these manufacturers won’t just be suppliers—they’ll be partners in building a world where “waste battery” is a thing of the past.
So whether you’re a recycler looking to invest in your first system or a policymaker shaping regulations for the industry, keep an eye on these leaders. They’re not just building machines—they’re building the future of sustainability, one crushed battery at a time.
