Top 5 CRT Cutting Machine Suppliers with Diamond Cutters in Germany [2025]

If there's a name that comes up first when German recycling professionals talk about CRT equipment, it's TechRecycle GmbH. Founded in 2008 in Berlin, this family-owned company has built a reputation for no-nonsense, high-performance machines. Their flagship CRT cutting system, the CRT-ProCut 5000, is a favorite among mid-to-large recycling facilities—and for good reason.

The star of the show? Its diamond-tipped cutting blade, which TechRecycle sources from a specialized German toolmaker. The blade is coated with microcrystalline diamond particles, which the company claims extends its lifespan by up to 40% compared to standard diamond cutters. "We tested three different suppliers before settling on this blade," says Markus Keller, TechRecycle's lead engineer. "It cuts through a 21-inch CRT in under 12 seconds, and we've had customers report using the same blade for over 1,500 units before needing a replacement. That's unheard of in this industry."

But the CRT-ProCut 5000 isn't just about the blade. What really sets it apart is its integration with auxiliary equipment. TechRecycle offers a complete line of add-ons, from automated feeding systems that align CRTs for optimal cutting to dust extraction units that capture lead particles during the process. One customer, a recycling plant in Munich, reported a 35% reduction in lead dust levels after upgrading to the full TechRecycle setup. "We used to have to shut down the line for deep cleaning every week," says the plant manager, Anna Schmidt. "Now, we can go a month without issues."

Another plus? The machine's user-friendly interface. Even operators with minimal training can set it up for different CRT sizes (from small 14-inch monitors to large 36-inch TVs) in minutes. Safety features like emergency stop buttons and a transparent protective shield (which doubles as a lead dust barrier) also earn high marks. "We prioritize operator safety above all else," Keller adds. "CRT recycling can be risky, so we built the ProCut 5000 to feel like a partner, not a hazard."

TechRecycle isn't just stuck on CRTs, either. They've expanded into other recycling equipment, including refrigerator & AC recycling machines, but their CRT cutting systems remain their crown jewel. If you're looking for a workhorse that balances speed, durability, and safety, this is a solid bet.

EcoShred Berlin has made a name for itself by focusing on one thing: efficiency. Founded in 2012 by a team of former automotive engineers, the company brings a "lean manufacturing" mindset to recycling equipment, and their CRT DiamondCutter 3000 is a testament to that philosophy. This machine isn't just fast—it's built to handle high volumes without sacrificing precision.

Let's talk numbers: the DiamondCutter 3000 can process up to 150 CRT units per hour, making it ideal for large-scale recycling centers. How does it pull that off? A dual-shaft design, where two diamond-tipped blades work in tandem to slice through the CRT's neck and funnel simultaneously. "Traditional single-blade systems waste time repositioning the CRT," explains Lena Weber, EcoShred's product manager. "Our dual-shaft setup cuts the process in half. And because both blades are diamond-tipped, we don't lose any accuracy."

EcoShred also gets creative with auxiliary tech, including a built-in ni-chrome heater. "CRT glass can be brittle, especially in cold environments," Weber notes. "The ni-chrome heater gently warms the cutting area to 40°C, which reduces the risk of cracking. It's a small detail, but it makes a big difference in yield—we've seen customers recover 10% more usable faceplate glass because of it."

What really impresses, though, is the machine's adaptability. The DiamondCutter 3000 can handle not just standard CRTs but also harder-to-recycle variants, like those from old medical equipment or military displays, which have thicker glass. "We worked with a defense contractor last year to test the machine on their surplus CRTs," Weber says. "They were shocked—we processed 200 units with zero breakages. Now they're rolling out our systems across Europe."

On the downside, all that power comes with a heftier price tag, and the machine is larger than some competitors, so it's not ideal for small facilities. But for operations that need to move volume, EcoShred delivers. As one customer put it: "We used to have two machines running 10-hour shifts. Now, one DiamondCutter 3000 does the job in 6 hours. The ROI was clear in six months."

If "precision" is in the name, you better deliver—and PrecisionCut Systems does. Based in Munich, this company has roots in the aerospace industry, and it shows in their CRT cutting machines. The CRT-Master X1 is a marvel of engineering, designed for facilities that demand near-surgical accuracy, especially when dealing with CRTs that have valuable or hazardous components.

The diamond cutter here is a work of art. PrecisionCut uses a nano-composite ceramic diamond blade, which they developed in-house. "Standard diamond blades can have inconsistencies in the diamond particle distribution," explains Dr. Klaus Bauer, the company's chief technical officer. "Our nano-composite blade has particles evenly spread at the micrometer level, so every cut is identical. We're talking about a margin of error of less than 0.1mm—that's the width of a human hair."

This level of precision is a game-changer for recycling facilities that need to separate specific components, like the electron gun (which contains copper and rare earth metals) or the phosphor coating (which can be recycled into new phosphors). "With a less precise cutter, you might nick the electron gun, ruining it," Bauer says. "The CRT-Master X1 cuts around it with millimetric accuracy, so we recover 95% of these components intact."

PrecisionCut also stands out for its integration with other recycling equipment. The company offers a full circuit board recycling plant, and many customers pair the CRT-Master X1 with their dry process equipment for a seamless e-waste recycling line. "We had a customer in Stuttgart who processes both CRTs and circuit boards," Bauer recalls. "By linking our CRT cutter to their dry separator, they're able to sort glass, metal, and plastic in one continuous flow. It's like a symphony of recycling."

The trade-off? The CRT-Master X1 is slower than EcoShred's offering (topping out at 80 units per hour) and requires more maintenance to keep that precision. But for facilities that prioritize material recovery over raw speed, it's worth it. "We're not for everyone," Bauer admits. "But if you need to squeeze every ounce of value from your CRTs, there's no better machine."

GreenCycle Engineering is all about sustainability—both in the equipment they build and the results they deliver. Founded in 2015, this Frankfurt-based startup has quickly gained a following for machines that are energy-efficient, low-waste, and built to last. Their CRT-EcoCut is a favorite among eco-conscious recycling facilities, and its diamond cutter is a big reason why.

Let's start with the blade: GreenCycle uses a recycled diamond cutter. "Most diamond blades end up in landfills after use," says Sofia Müller, GreenCycle's founder. "We partner with a diamond recycler to reclaim the diamond particles from old blades, then reattach them to new steel cores. It's 30% cheaper than new diamonds and cuts our carbon footprint by 25%." The blade itself is also designed to produce less dust, thanks to a special tooth geometry that "sweeps" debris away from the cut line.

The CRT-EcoCut is also a champion of energy efficiency. It uses a variable-speed motor that adjusts power based on the CRT's thickness—no more wasting electricity on small screens. "Our machine uses 18% less energy than comparable models," Müller says. "Over a year, that adds up to thousands of euros in savings, not to mention lower emissions."

But GreenCycle doesn't skimp on performance. The EcoCut can handle 100 units per hour, and its intuitive touchscreen interface makes it easy to use. It also comes with a built-in diagnostic tool that alerts operators when the diamond blade needs sharpening or replacement, reducing downtime. "We had a customer in Cologne who used to ｒｅｐｌａｃｅ blades 'just in case,' which was costly," Müller laughs. "Now, the machine tells them exactly when it's needed. They've cut blade costs by 40%."

What really wins people over, though, is GreenCycle's commitment to service. The company offers a "Lifetime Green Guarantee," where they'll recycle the machine's components once it reaches the end of its life. "We don't just sell equipment—we sell a circular economy," Müller says. For facilities that want to align their operations with strict sustainability goals (like the EU's Carbon Neutrality targets), GreenCycle is a perfect fit.

Rounding out our list is AdvancedRecovery Technologies (ART), a Düsseldorf-based innovator that's pushing the boundaries of what CRT cutting machines can do. Founded in 2018 by a team of AI and robotics experts, ART is all about smart, data-driven equipment—and their CRT-SmartCut 2.0 is the most high-tech option on this list.

The star feature? AI-powered vision systems. The SmartCut 2.0 uses cameras and machine learning to scan each CRT before cutting, identifying its size, shape, and any defects (like cracks or chips). It then adjusts the diamond cutter's speed, pressure, and angle in real time to optimize the cut. "Traditional machines use a one-size-fits-all approach," says Tomász Nowak, ART's CEO. "Our AI knows that a 19-inch TV from 1995 has different glass properties than a 27-inch monitor from 2005. It adapts, which means fewer mistakes and higher yields."

The diamond cutter itself is also cutting-edge (pun intended). ART uses a nano ceramic ball-enhanced blade, where tiny ceramic balls are embedded in the diamond matrix. "The balls act like bearings, reducing friction between the blade and glass," Nowak explains. "This makes the cut smoother and extends blade life by 25%."

Another standout feature is the machine's connectivity. The SmartCut 2.0 syncs with cloud-based software, allowing managers to track key metrics (like units processed, blade life, and energy use) from their phones. "A customer in Berlin told us they reduced downtime by 30% just by monitoring the machine's data," Nowak says. "They noticed the blade was wearing faster on Wednesdays, which turned out to be when they processed older, thicker CRTs. They adjusted the schedule, and suddenly blade life improved."

The downside? The SmartCut 2.0 is the newest kid on the block, so there's less long-term data on reliability compared to TechRecycle or EcoShred. And the AI system requires occasional software updates, which some operators find a hassle. But for forward-thinking facilities that want to future-proof their operations, ART is worth the investment. "We're not just selling a machine—we're selling a platform that will get better over time," Nowak says. "That's the power of AI."