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WX-600S
WANXU
The WX-600S High-Efficiency Single-Shaft Electronic Waste Shredder delivers a definitive mechanical solution for large-scale electronic waste recycling facilities. Engineered to safely process end-of-life electronics while maximizing material recovery, this heavy-duty unit anchors any professional resource recovery operation. At its core, a precision-tuned 22-37 kW motor system operates with variable speed control, driving a consistent 3-8 tons/hour processing capacity. This throughput is specifically calibrated for the complex, abrasive mixture of hardened plastics, non-ferrous metals, and hazardous internal components found in modern e-waste. Walking past the machine, operators will notice the grounded, stable operation of its thick steel chassis, designed to absorb the intense kinetic energy of metal shearing. By addressing the exact physical challenges of electronic dismantling—from airborne dust containment to metal-plastic fractioning—this shredder ensures strict compliance with CE, RoHS, and WEEE directives, securing safe, legal, and environmentally sound operations across global jurisdictions.
At the heart of the machine lies a highly specialized tungsten carbide-tipped blade rotor, forged to withstand the punishing abrasion of mixed electronic materials. Processing everything from brittle plastic monitor casings to dense, copper-laden circuit boards, the 320mm diameter rotor employs an aggressive yet controlled bite. This unique blade geometry creates a distinct, rhythmic shearing sound rather than a chaotic crushing noise, indicating precise material fractioning. Every unit undergoes rigorous industrial-grade factory testing to ensure the heavy steel chassis and wear-resistant core components maintain an extended operational lifespan, even under continuous, high-load shifts.
Processing electronics releases trapped particulates and potentially toxic residues. To secure the facility environment, this shredder features a fully sealed processing chamber integrated with a negative pressure ventilation network. As the blades work, a localized vacuum pulls airborne debris into a specialized HEPA filtration unit, successfully capturing 99.97% of airborne particles, including microscopic lead dust and heavy metal flakes. The interior surfaces are coated with chemical-resistant finishes that repel battery acids and corrosive elements. The faint, steady hum of the filtration fans provides operators with constant acoustic confirmation that hazardous materials are being actively contained.
Electronic waste streams are notoriously unpredictable, shifting instantly from hollow plastic shells to solid aluminum heat sinks. The WX-600S utilizes advanced tactile sensors that monitor material density and metallic resistance in real-time. When the rotor encounters dense metallic clusters, the system automatically drops the speed and multiplies the torque, biting through the metal without stalling or overheating. Conversely, when processing lighter, plastic-dominated items like keyboards or computer mice, the sensors command a higher rotational speed to maximize volumetric throughput. This dynamic adjustment prevents mechanical fatigue and ensures a consistent output flow.
The WX-600S operates as the primary reduction stage for diverse electronic waste streams, offering direct integration with downstream magnetic separators, eddy current sorters, and granulators to build a complete, highly efficient recycling line:
Consumer Electronics Recycling: Reduces bulk computers, laptops, tablets, and smartphones into uniform, easily sortable fragments.
Large Appliance Processing: Powers through the thick metal housings and internal wiring of washing machines, refrigerators, and small kitchen appliances.
Telecommunications Equipment: Effectively dismantles heavy server racks, routers, modems, and dense communication devices.
Office Equipment Recovery: Shears down bulky printers, commercial copiers, and fax machines, separating internal metal chassis from exterior plastics.
Industrial Electronics: Processes complex control panels, densely populated circuit boards, and heavy-duty electronic components with precision.
A: The WX-600S incorporates a multi-layered environmental defense system. A closed-loop ventilation network paired with HEPA filtration actively captures hazardous dust before it escapes the chamber. Chemical-resistant interior coatings prevent long-term corrosion from accidental battery acid exposure, while heavy-duty industrial seals contain volatile organic compounds. This strict containment strategy guarantees full compliance with international environmental mandates like the RoHS and WEEE directives.
A: Yes. The precise shearing action physically liberates metal components from their plastic casings rather than simply mashing them together. This creates clean, distinct material fractions. By discharging a highly uniform particle size—typically strictly maintained between 10-30mm—the shredded output dramatically improves the recovery rates of downstream magnetic belts and eddy current separators targeting valuable non-ferrous metals.
A: Operator protection is engineered into the physical structure. The machine features immediate emergency stop controls strategically placed around the perimeter, mechanically interlocked access doors that refuse to open while the rotor spins, and real-time thermal monitoring. Furthermore, the system includes automated shutdown protocols triggered by sudden temperature spikes, actively preventing thermal runaway incidents if hidden lithium-ion batteries are accidentally processed.
A: Processing densely populated circuit boards requires deliberate, powerful force. The shredder relies on its high-torque drive and reinforced tungsten carbide blades to bite through fiberglass and copper without hesitation. The variable speed control allows the internal logic to automatically select a lower-speed, higher-torque profile specifically for these dense materials, ensuring complete destruction without risking blade fracture or drawing excessive electrical current.
The heavy-duty alloy knife roller utilizes a highly practical modular blade configuration, completely eliminating the need for complex, time-consuming teardowns during routine service intervals. This modular architecture drastically lowers the difficulty of replacing wear parts, heavily reducing operational downtime and keeping processing schedules on track. Facility managers can easily swap out specific blade profiles to adapt the machine for varying material densities, from brittle plastics to solid copper wiring. To further protect your facility's productivity, this system is backed by comprehensive global technical support and a rapid-dispatch spare parts inventory, ensuring that maintenance remains predictable, manageable, and minimally disruptive to your daily output.
Industrial Drive Motor & Customization
The core drive system features a heavy-duty spindle motor with power configurations ranging precisely from 25 to 75 kW. We provide comprehensive OEM/ODM customization services to match your exact operational scale, allowing facility planners to specify everything from the exact motor output to tailored screen mesh sizes and custom hopper dimensions, perfectly aligning the equipment with specific material intake requirements.
Advantages of using pure copper winding material: Because copper possesses inherently low electrical resistivity, the motor minimizes heat generation and electrical loss during intense shearing cycles. This distinct material advantage directly improves overall motor efficiency by 10%-15%, actively driving down long-term electricity expenses and visibly shortening the return on investment (ROI) timeline for facility operators.
Furthermore, the premium copper winding delivers exceptional mechanical strength, capably absorbing the severe vibrations and sudden impacts generated when processing solid metals. This structural resilience makes the drive system exceptionally suited for continuous, high-load industrial environments where equipment failure is not an option.
