WX-500S Single-Shaft Scrap Metal Shredder

Product Overview

The WX-500S Heavy-Duty Single Shaft Scrap Metal Shredder stands as a cornerstone in industrial metal recycling, engineered to tackle the toughest scrap metal processing challenges. This industrial-grade machine combines heavy-duty engineering with durable construction to handle a wide range of ferrous and non-ferrous metals, delivering consistent shredding results for large-scale recycling operations. Equipped with a powerful 75-160 kW motor system and advanced hydraulic components, it achieves a remarkable 1-3 tons/hour processing capacity, making it an indispensable asset for metal recycling facilities aiming to maximize throughput and efficiency. When activated, the deep, steady hum of the drive system signals a machine built for relentless continuous operation. Beyond serving as a standalone unit, this shredder integrates perfectly into automated production lines. It connects effortlessly with in-feed and out-feed conveyor belts, magnetic iron separators, and acoustic enclosures, providing a complete, systemized solution for facility managers. Its single-shaft design incorporates precision-cutting technology that reduces bulky, irregular metal waste into uniform, dense particles, facilitating easier transportation, storage, and downstream processing.

Product Features

Durable Construction

At the heart of this shredder lies its premium alloy steel blades and reinforced shredding chamber, built to withstand the extreme abrasive forces involved in metal shredding. The solid forged main shaft, constructed from 40Cr steel with hardened and tempered treatment, ensures long-term structural integrity even under continuous, heavy-load operation. The physical weight and cold, unyielding feel of the 50mm thick case plate provide exceptional resistance against wear, tear, and sudden impact from heavy metal scraps. To maximize operational uptime, the equipment features a quick-change blade holder design and highly accessible maintenance doors. This thoughtful engineering minimizes the downtime typically associated with blade replacements and daily servicing, directly boosting overall facility productivity.

Efficient Shredding Mechanism

The shredder employs a hydraulic-driven pusher system that continuously feeds material towards the rotating shaft, ensuring optimal contact with the cutting blades. Operators will notice the rhythmic, powerful crunching sound as the pusher forces scrap into the rotor. This design eliminates material bridging and ensures consistent processing. The rotor operates at a carefully calibrated speed of 6-8 rpm, utilizing a V-shaped staggered blade arrangement that actively disperses cutting stress and absorbs shock loads, balancing torque and efficiency to handle thick steel plates, car parts, and aluminum scrap with equal effectiveness. A replaceable screen at the bottom of the chamber features an optimized Open Area Ratio (OAR). This controls output particle size with exceptional precision, ensuring the discharged material is perfectly uniform and ready for downstream granulation, melting, or sorting.

Advanced Safety & Control

Integrated safety features include emergency stop buttons, intelligent overload protection, and a safety interlock system that physically prevents operation when access doors are open. The advanced PLC control system offers intuitive operation with real-time monitoring of key performance metrics, including motor load, shredding speed, and hydraulic pressure. Paired with a fluid coupling mechanism, this smart system provides an automatic anti-jamming function. When an uncrushable foreign object enters the chamber, the PLC detects the instant resistance spike and automatically reverses the rotor to retract the blades. This immediate response protects the motor from burning out and prevents structural damage, ensuring continuous, safe performance without the need for manual intervention.

Applications

This versatile machine excels in transforming bulky, irregular metal waste into dense, manageable commodities across multiple demanding industries:

Automotive Recycling: Efficiently tears through end-of-life vehicle components, delivering the sheer force needed to crush frames, engine blocks, and dented body panels into uniform pieces.

Construction Waste Handling: Processes unyielding steel beams, twisted rebar, and heavy metal roofing materials recovered from demolition sites, preparing them for the foundry.

Industrial Scrap Management: Handles thick production offcuts, defective cast metal parts, and sharp factory waste, turning chaotic piles of scrap into neatly stored feedstock.

Appliance Recycling: Breaks down bulky white goods such as refrigerators, washing machines, and air conditioners, separating the outer shells and internal components into recyclable metal fractions.

Metal Fabrication: Reduces leftover skeleton sheets and stamping materials from manufacturing processes into reusable, densely packed feedstock that requires less storage space.

Manufacturing Standards & Custom Support

Backed by decades of specialized engineering experience, every WX-500S unit undergoes a rigorous, multi-stage quality control process before leaving the facility, ensuring a 100% pass rate for finished equipment. We understand that every recycling facility faces unique material challenges, which is why we provide comprehensive turnkey project support and OEM customization services. To eliminate procurement risks, we offer real-world material testing services. Clients can send their specific scrap samples to our testing facility, where we conduct live trial runs to scientifically verify the machine's throughput, noise levels, and exact output particle size. This data-driven approach guarantees that the equipment you receive perfectly matches your operational demands from day one.

FAQ

Q: What types of metal can this shredder process?

A: The WX-500S Heavy-Duty Single Shaft Scrap Metal Shredder efficiently processes both ferrous metals (steel, iron) and non-ferrous metals (aluminum, copper). It handles various forms including flat sheets, thick-walled pipes, dense castings, and bulky metal structures, making it highly suitable for diverse, heavy-duty recycling operations.

Q: How often do the blades need replacement?

A: Blade lifespan typically ranges from 300-500 operating hours depending on material hardness, thickness, and daily throughput. The machine's intelligent detachable blade design allows for quick replacement, minimizing downtime during scheduled maintenance. Regular sharpening and proper tensioning can extend the operational life of the D2 steel blades significantly.

Q: What safety features protect operators and the machine?

A: The shredder incorporates multiple physical and electronic safety systems: accessible emergency stop controls, fluid-coupled overload protection that automatically reverses the motor during jam conditions, and mechanical interlock mechanisms that prevent any operation when access panels are open. The PLC system continuously monitors hydraulic pressure and motor load, alerting operators to potential issues before they cause structural damage.

Q: Can the output particle size be adjusted?

A: Yes, the final particle size is strictly controlled by interchangeable screen meshes located beneath the rotor. Operators can select specific screens according to their output requirements, typically ranging from 50mm to 200mm. This allows precise customization for downstream processing needs, ensuring the shredded scrap is perfectly sized for metal melting furnaces or secondary granulation.