Top 10 Luxury Lithium-ion Battery Crushing and Separation Equipment Suppliers in Singapore in 2025 | Expert Ranking

Founded in 2015, EcoRecycle Tech has quickly risen to the top of Singapore’s battery recycling equipment scene, and it’s not hard to see why. Their flagship product, the Li-ion Battery Breaking and Separation System, is a game-changer for facilities looking to handle large volumes without compromising on efficiency or环保. What really sets them apart is their commitment to dry process technology—unlike traditional wet processes that use大量 water and generate wastewater, EcoRecycle’s system uses air classification and mechanical sorting to separate valuable materials like lithium, cobalt, and copper.

With a processing capacity ranging from 500 kg/h to 2500 kg/h, this equipment is versatile enough for small-scale operations and large industrial plants alike. But what clients love most is the integrated air pollution control system. Singapore’s environmental regulations are some of the strictest in the world, and EcoRecycle’s system ensures that dust, fumes, and harmful particles are captured and filtered before release. One client, a major EV battery manufacturer in Jurong, reported a 30% reduction in operational costs after switching to EcoRecycle’s dry process, thanks to lower water and energy bills.

Another standout feature is the system’s modular design. If your recycling needs grow, you can easily add components like extra shredders or sorting modules without overhauling the entire setup. It’s this flexibility that has made EcoRecycle a favorite among businesses planning for long-term expansion. As one industry insider put it: “They don’t just sell you a machine—they build a solution that grows with you.”

GreenCycle Solutions has been a household name in Singapore’s recycling tech industry since 2012, and their lithium battery recycling plant is a testament to their decades of expertise. While some suppliers focus solely on dry processes, GreenCycle has doubled down on wet process technology, and it’s paying off for clients who prioritize high-purity material recovery. Their system uses a combination of water-based separation and advanced filtration to extract metals and plastics with minimal contamination.

Processing between 800 kg/h and 2000 kg/h, GreenCycle’s plant is a workhorse for mid-to-large scale recyclers. The wet process might sound water-intensive, but their integrated water treatment system is a game-changer. It recycles up to 95% of the water used in the separation process, drastically reducing both water bills and environmental impact. A recent project with a Singapore-based e-waste recycler saw them achieve a 98% metal recovery rate for lithium and cobalt, well above the industry average of 92%.

What really impresses about GreenCycle is their attention to detail. The plant comes with real-time monitoring software that tracks everything from processing speed to material purity, allowing operators to tweak settings on the fly. For businesses that need to comply with Singapore’s strict reporting requirements, this level of transparency is invaluable. “We used to spend hours compiling data for regulators,” said a plant manager at a GreenCycle client. “Now, the system generates reports automatically— it’s saved us so much time.”

While wet processes aren’t for everyone, GreenCycle has proven that with the right technology, they can be just as efficient and eco-friendly as dry alternatives. For recyclers chasing the highest possible material purity, this supplier is hard to beat.

ART has been pushing the boundaries of recycling technology since 2010, and their compact granulator with dry separator is a perfect example of their innovative spirit. Designed for facilities with limited space, this equipment packs powerful processing capabilities into a surprisingly small footprint—ideal for Singapore’s land-scarce industrial areas. Don’t let the size fool you, though: it can handle between 300 kg/h and 1500 kg/h, making it a solid choice for small to medium recyclers.

The star of the show here is the dry separator, which uses a combination of air flow and electrostatic sorting to separate different materials. Unlike some dry systems that struggle with fine particles, ART’s separator excels at capturing even tiny lithium particles, boosting overall recovery rates. Clients report that the granulator’s high-speed blades reduce battery casings and cells to uniform granules in seconds, ensuring consistent separation downstream.

Energy efficiency is another area where ART shines. The equipment uses variable-speed motors that adjust power usage based on load, cutting energy costs by up to $20,000 per year for a typical operation. For businesses in Singapore, where electricity prices are among the highest in Asia, this is a huge selling point. “We were worried about the energy bill when we first installed the system,” said a client in Woodlands. “But the savings have been better than we expected— ART really delivered on their promise.”

While ART might not have the largest processing capacity on this list, their focus on compact design and energy efficiency makes them a top pick for recyclers working with limited space or tight budgets. Sometimes, bigger isn’t always better—and ART proves that.

Sustainable Energy Systems (SES) might be one of the newer players on this list, founded in 2018, but they’ve quickly made a name for themselves with their Li-ion Crushing & Sorting Line. What sets SES apart is their obsession with automation. The line uses AI-powered cameras and sensors to sort battery components before crushing, ensuring that only recyclable materials enter the system. This not only improves efficiency but also reduces wear and tear on the equipment— a big plus for long-term reliability.

With a processing capacity of 600-2200 kg/h, SES’s line is versatile enough for both growing startups and established recyclers. The automated sorting system is a standout feature: it can distinguish between different battery chemistries (like NMC and LFP) and even identify damaged cells that might pose a fire risk. For operators, this means fewer manual checks and a safer work environment. “We used to have two employees just sorting batteries by hand,” said a safety officer at an SES client. “Now, the system does it all— and it’s never made a mistake.”

SES has also invested heavily in dust and fume control. Their integrated dust collection system captures over 99% of particles generated during crushing, keeping the workspace clean and complying with Singapore’s strict air quality standards. The system even includes fire suppression technology, a critical safety feature when dealing with lithium-ion batteries, which can ignite if damaged during processing.

For recyclers looking to future-proof their operations with cutting-edge automation, SES is a clear frontrunner. They might be new, but their technology is already setting industry standards.

Urban Mining Singapore has been a pioneer in “urban mining”— the concept of recycling valuable materials from urban waste— since 2014. Their Integrated Battery Recycling Plant embodies this philosophy, combining multiple processes to extract as much value as possible from end-of-life lithium-ion batteries. Unlike suppliers that specialize in either dry or wet processes, Urban Mining uses a hybrid approach: dry crushing followed by wet separation for fine materials. This hybrid method allows them to balance efficiency, cost, and material recovery.

Processing between 400 kg/h and 1800 kg/h, the plant is designed for recyclers who want the best of both worlds. The dry crushing step reduces batteries to coarse granules, while the wet separation polishes those granules to extract fine metals like lithium and cobalt. The result? A recovery rate of around 96%, which is impressive for a hybrid system. Urban Mining also offers a zero-waste design option, where even plastic and electrolyte residues are repurposed into other industrial materials.

What really makes Urban Mining stand out is their commitment to sustainability beyond the equipment. They offer training programs for operators to ensure that the plant is used as efficiently as possible, and they even help clients find buyers for the recycled materials— creating a closed-loop ecosystem. “It’s not just about selling us a plant,” said a client in Tuas. “They’ve helped us build a whole business model around battery recycling.”

For recyclers who want to align with Singapore’s “Zero Waste Masterplan” and maximize profitability, Urban Mining’s integrated approach is hard to ignore. They’re not just a supplier— they’re a partner in building a more sustainable future.

CleanTech Engineering has been a stalwart in Singapore’s industrial equipment scene since 2008, and their High-Speed Battery Shredder & Separator is a reflection of their engineering expertise. If there’s one word to describe this equipment, it’s “tough.” Built with reinforced steel blades and heavy-duty motors, it’s designed to handle the most challenging battery types, from large EV batteries to small smartphone batteries.

With a processing capacity of 700-2400 kg/h, CleanTech’s system is all about raw power. The 4-shaft shredder can tear through battery casings and cells with ease, reducing them to uniform particles in seconds. What’s impressive is how little maintenance the shredder requires— thanks to self-sharpening blades and a lubrication system that automatically kicks in during operation. “We run the shredder 12 hours a day, six days a week, and we’ve only had to ｒｅｐｌａｃｅ the blades once in two years,” said a maintenance supervisor at a CleanTech client.

CleanTech hasn’t skimped on环保 features either. The separator uses a combination of magnetic and air sorting to separate metals and plastics, while the 4-shaft design minimizes dust generation. The integrated air pollution control system captures any remaining dust, ensuring compliance with Singapore’s strict emissions standards. For recyclers dealing with high volumes of mixed batteries, this combination of power and reliability is a winning formula.

While CleanTech’s system might not have all the bells and whistles of some newer suppliers, it more than makes up for it with durability and performance. For businesses that need a workhorse they can count on, this is the supplier to call.

FutureCycle Innovations is one of the youngest suppliers on our list, founded in 2016, but they’ve already made a name for themselves with their Modular Lithium Recycling Unit. As the name suggests, this unit is all about flexibility. Instead of buying a one-size-fits-all system, clients can start with a basic crushing and separation module and add components like material analyzers or additional shredders as their business grows. This makes FutureCycle a favorite among startups and small recyclers looking to avoid large upfront investments.

With a processing capacity of 200-1000 kg/h, the modular unit is perfect for businesses just starting out in battery recycling. But don’t let the small size fool you— it’s packed with smart features. The control panel is user-friendly, with touchscreen controls and step-by-step guides for new operators. FutureCycle also offers remote monitoring, so their technicians can troubleshoot issues without visiting the site— a big plus for minimizing downtime.

Energy efficiency is another area where FutureCycle excels. The unit uses low-power motors and LED lighting, cutting energy costs by up to 25% compared to similar systems. For small businesses operating on tight margins, these savings add up quickly. “We were worried about the energy bill when we first started,” said a founder of a Singapore-based recycling startup. “But with FutureCycle’s unit, our monthly costs are half what we budgeted for.”

While FutureCycle might not have the processing capacity of larger suppliers, their focus on affordability and scalability makes them a top choice for recyclers just getting off the ground. As one industry analyst put it: “They’re democratizing battery recycling technology— and that’s good for everyone.”

EcoSphere Technologies has built its reputation on innovation, and their Li-ion Material Recovery System is no exception. What makes this system unique is its use of advanced magnetic separation technology. Traditional separators rely on density or air flow to sort materials, but EcoSphere’s system uses high-strength magnets to pull out even trace amounts of metals like lithium and nickel. This results in a higher recovery rate and purer end products.

Processing between 500-1600 kg/h, EcoSphere’s system is a solid choice for mid-sized recyclers. The magnetic separation technology is a standout: it can separate metals from plastics with 99.5% accuracy, reducing the need for manual sorting. For clients selling recycled metals to manufacturers, this level of purity translates to higher prices and better demand. “Our lithium concentrate is so pure that a local battery manufacturer buys it directly from us,” said a sales manager at an EcoSphere client. “We don’t even have to go through a middleman.”

EcoSphere has also paid close attention to water usage. While the system uses a small amount of water for cooling, it recycles 100% of it through a closed-loop system, meaning no water is discharged. This is a big advantage for recyclers in water-scarce Singapore, where water costs are among the highest in the world.

For recyclers who prioritize material purity and water conservation, EcoSphere’s system is a top contender. It’s proof that sometimes, a focus on one key technology can make all the difference.

Renewable Resources has been a key player in Singapore’s green tech sector since 2013, and their Complete Battery Recycling Line is designed for recyclers who want a turnkey solution. From battery collection to material packaging, this line handles every step of the recycling process. What’s impressive is how seamlessly the components work together— the shredder, separator, and material handling system are all designed by Renewable Resources, ensuring perfect integration.

With a processing capacity of 600-2100 kg/h, the line is built for efficiency. The automated material handling system uses conveyors and robotic arms to move materials between stages, reducing the need for manual labor. This not only cuts down on labor costs but also speeds up processing time. A recent case study with a large recycler showed that the line reduced processing time per ton of batteries by 40% compared to their previous setup.

Renewable Resources has also invested heavily in safety. The line includes fire detection sensors, emergency stop buttons, and a ventilation system that removes harmful fumes. For operators, this peace of mind is invaluable when working with lithium-ion batteries, which can be unpredictable. “Safety was our top concern when choosing a system,” said a plant manager at a Renewable Resources client. “This line has exceeded all our expectations.”

For recyclers looking to streamline their operations with a fully integrated solution, Renewable Resources is a strong choice. Their line might not be the cheapest option, but the efficiency and safety benefits make it worth the investment.

Rounding out our list is Singapore Battery Recovery Systems (SBRS), a 2017 startup that’s making waves with their NextGen Li-ion Separation Plant. What makes SBRS unique is their use of nano-ceramic ball mills in the separation process. These tiny ceramic balls (smaller than a grain of sand) grind battery particles to an ultra-fine powder, making it easier to separate metals from plastics and electrolytes.

With a processing capacity of 450-1900 kg/h, SBRS’s plant is all about precision. The nano-ceramic ball mills can grind particles down to 10 microns, ensuring that even the smallest metal particles are released. This results in a recovery rate of around 97%, one of the highest in the industry. “We’ve tested other separation systems, but none can match the purity we get with SBRS’s plant,” said a materials scientist at a research institute that uses the plant.

SBRS has also focused on making the plant easy to maintain. The ball mills are designed to be quickly swapped out, and the system includes a self-cleaning function that prevents buildup. This minimizes downtime and keeps the plant running smoothly. “We used to spend half a day cleaning the mills,” said an operator at an SBRS client. “Now, the system cleans itself— we just press a button and walk away.”

While SBRS is still building its client base, their innovative use of nano-ceramic technology has the potential to revolutionize battery recycling. For recyclers chasing the highest possible recovery rates, this is a supplier to watch.