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1000 Type Twin-Shaft Metal Shredder 1000 Type Twin-Shaft Metal Shredder | Industrial Metal Recycling Machine QR Code

HuaZhi 1000 Type Twin-Shaft Metal Shredder — 75–110 kW heavy-duty dual motor, 1,000×700 mm cutting chamber, 2,000–4,500 kg/h throughput. CE certified. Ideal for mid-to-large metal recycling operations. Get a free quote now.

10,000–16,000 kg 75–110 kw 2,000–4,500 t/h
Shipping of Single
OEM Customization
Certificate of Origin

Product Introduction

The HuaZhi 1000 Type Twin-Shaft Metal Shredder fills the critical gap between our compact Model 800 and the heavy-duty industrial 1300⁄1600 series — delivering a new performance tier for operations that have outgrown entry-level equipment but don’t yet need full industrial-scale investment.

The 1000 Type features a powerful 75–110 kW dual motor drive, an oversized 1,000 × 700 mm cutting chamber, and a 20–30 ton hydraulic pusher — producing a commanding 2,000–4,500 kg/h throughput that makes it the workhorse for mid-to-large scrap yards, steel service centers, and manufacturing plants processing 30–80 metric tons of metal per day.

Its twin counter-rotating shaft design with intermeshing hexagonal knife carriers generates massive low-RPM shearing force — efficiently tearing through thick-walled pipes, structural sections, mixed scrap, and dense manufacturing waste that would overwhelm smaller machines.

Key Features

Twin-Shaft Counter-Rotating Shearing Technology

Two heavy-duty shafts rotate at 12–28 rpm in opposite directions, generating massive interlocking shearing and tearing force. The low-speed, high-torque design processes thick structural steel, dense pipes, and mixed scrap efficiently — with significantly lower noise, vibration, and airborne dust compared to high-speed hammer mill alternatives.

Hexagonal Knife Carrier System (12–16 Carriers per Shaft)

Each shaft carries 12–16 hexagonal knife carriers with sealed bearing assemblies. Each carrier accepts 3–5 tool steel blades (4 indexed cutting edges per blade) — providing 144–320 total cutting edges per machine. The sealed carrier bearings prevent lubricant loss and contaminant ingress even in harsh operating environments. Individual carrier removal for blade replacement takes under 45 minutes.

Robust Q345B Steel Frame — Precision CNC-Machined

The main frame and full-length cutting chamber walls are fabricated from Q345B high-strength steel (14–18 mm thickness), CNC-machined for perfect bearing housing alignment. The rigid solid-weldment construction maintains precise shaft geometry under continuous peak-load operation — eliminating frame flex, premature bearing wear, and operational vibration.

Dual 37.5–55 kW Motor Drive (Total 75–110 kW)

Two industrial-grade motors (37.5–55 kW each) drive the shafts through heavy-duty planetary gearboxes with synchronized output. The dual-motor configuration delivers maximum starting torque for dense material loads while providing operational redundancy — the machine operates at reduced capacity if one motor requires servicing, avoiding costly production stoppages.

High-Thrust Hydraulic Pusher Ram (20–30 Tons)

A dual-cylinder hydraulic pusher system delivers 20–30 tons of continuous thrust force, compressing and feeding bulky scrap pieces into the cutting chamber automatically. Proportional hydraulic valve control adjusts pushing force in real-time based on material density and chamber load — preventing jams while minimizing energy consumption.

Heavy-Duty Magnetic Drum Separator (Standard)

A 700–800 mm wide magnetic drum separator is mounted on the discharge conveyor as a standard included component. The high-gauss magnetic drum extracts ferrous metal from the shredded output stream at > 99% separation efficiency — producing clean, furnace-ready metal chips suitable for direct melting without further processing.

Siemens S7 PLC + HMI Touchscreen Control System

Siemens S7 series PLC with 10” industrial HMI touchscreen. Features include: automatic motor overload protection with current monitoring, jam detection with auto-reverse and 3-stage retry, production counter and shift timer, fault event logging, and optional RS-485 / 4G / WiFi remote communication module for real-time production monitoring and predictive maintenance alerts.

Full Acoustic Enclosure — Standard Equipment

The complete machine ships with a full acoustic enclosure as standard. The 50 mm mineral wool insulated panels reduce operational noise to ≤ 80 dB, meeting requirements for industrial zone operations. Hinged access panels allow rapid maintenance access. Upgraded 75 mm acoustic panels available as an option to reduce noise to ≤ 73 dB.

Split Cartridge Bearing System — Rapid Maintenance

Heavy-duty split cartridge main bearings (SKF/TIMKEN equivalent, Φ 120–150 mm) allow bearing replacement without removing the shafts — reducing bearing replacement from 2–3 days to 4–6 hours. Combined with externally replaceable shaft seals and modular knife carriers, total planned maintenance downtime is minimized.

CE Certified & Full-Load Factory Testing

Every HuaZhi 1000 Type undergoes a minimum 8-hour full-load test before dispatch. Test documentation provided with each machine includes: dynamic balance certification, hydraulic system pressure test report, electrical safety compliance certificate, and torque/load verification data.

✅ Highly Suitable ⚠️ Suitable with Pre-Processing ❌ Not Suitable
Steel pipes & tubes (up to 400 mm Ø) Very thick structural beams (>350 mm) Whole vehicle bodies (use 1300+/1800+)
Steel drums & containers (empty/drained) Dense lead or zinc alloy blocks Pressurized containers / gas cylinders
Sheet metal & plate offcuts Engine blocks — drain all fluids first Explosive or flammable materials
Rebar & structural steel sections Dense mixed scrap with debris Radioactive materials
Iron castings & manhole covers Rebar bundles — straighten/loosen Asbestos-containing materials
Aluminum extrusions & profiles Oversized pieces — pre-cut to ≤1,000×700 mm Materials exceeding 1,050×750 mm feed opening
Copper & brass scrap Dense brass/copper solid blocks
Motor housings & electrical equipment
Steel shavings & turnings (with press)

Applicable Materials

Product Advantages

  • Long

    Long

    Imported Alloy Cutting Tools

    The cutting tool is made of imported alloy steel material and processed by high-precision machine tools, with higher mechanical properties, better toughness and wear resistance, and significantly extended service life. Cutting tools can be extended in lifespan through laser cladding or high-temperature cladding. After the tool wears out, it can be repaired multiple times by welding, saving the cost of use.

  • Stable

    Stable

    Integrated Knife Box

    The box adopts mortise and tenon design technology and overall annealing treatment technology. Not only does it avoid pre stress caused by welding, but it also enhances the overall integrity and mechanical strength of the tool box, making it less prone to deformation during long-term use. At the same time, the knife box is divided into upper and lower parts, making maintenance and repair convenient and fast.

  • Force

    Force

    Large torque force, large crushing force

    Driven by a motor and reducer, the transmission of torque is smooth, with high precision and good guidance, resulting in greater output torque and stronger load-bearing capacity of the equipment, making the power of the equipment more powerful. Effectively improve production efficiency and reduce energy consumption.

Technical Parameters

Product Name1000 Type Twin-Shaft Metal Shredder | Industrial Metal Recycling Machine
Product Model1000 Type
Equipment Weight10,000–16,000 kg
Motor Power75–110 kw
Overall Dimensions4,000 × 2,500 × 2,800mm (actual dimensions subject to the drawings)
Feed Inlet Diameter1,050 × 750 mm
Output2,000–4,500 t/h
Suitable materialsScrap car bodies, automotive parts, 200L metal oil drums, chemical drums, construction rebar, threaded steel bars, scrap metal furniture, metal sheets, industrial offcuts, steel chips/turnings, copper and aluminum scrap, aluminum alloy doors and windows.
Applicable IndustriesGarbage recycling, waste recycling, renewable resource recycling, dismantling of old home appliances, environmental solid waste treatment, metal recycling and dismantling, hardware processing, automobile dismantling, hazardous waste disposal, etc
Country of ManufactureMade in China
Certification SystemISO 9001 quality management system, CE certification, UL certification

Send a request for 1000 Type Twin-Shaft Metal Shredder | Industrial Metal Recycling Machine

Tell us your scrap type, capacity, and workshop size. Our engineers will recommend the right model, provide a price list, and design a free 2D layout plan for your recycling business. Contact us now!

Machine Testing Video

Customer Cases

FAQ

Reduced output may be caused by worn blades, irregular feeding, excessive feed size, unsuitable material, conveyor problems or material buildup in the cutting chamber. First check the feeding condition and blade wear, then inspect the transmission and discharge system. If the issue continues, send operating videos and equipment information to the support team for diagnosis.

Replacement blades and commonly used mechanical or electrical parts can be supplied according to the machine model and configuration. We recommend confirming a spare-parts list when ordering, especially for projects where local access to compatible components is limited. Providing the machine model and serial information helps identify the correct replacement parts.

The operator should stop feeding material and follow the machine’s prescribed overload-handling procedure. Depending on the control configuration, the machine may stop or reverse to help release the material. Operators should never enter the cutting chamber or remove trapped material before the equipment is completely isolated from power.

Blade service life depends on material hardness, contamination, operating hours and feeding conditions. Processing clean plastic or light scrap creates different wear from processing thick metal or mixed waste containing hard foreign objects. Blades should be inspected regularly and rotated, repaired or replaced according to actual wear.

Routine maintenance normally includes checking blade wear, bolts, bearings, lubrication, gearbox condition, hydraulic oil and electrical connections. The cutting chamber should also be inspected for foreign objects and material buildup. Following the maintenance schedule helps reduce unplanned downtime.

Operation guidance can cover machine startup and shutdown, material feeding, overload handling, routine inspection and basic maintenance. For a complete production line, training can also include the coordination of conveyors and separation equipment. The final training scope is confirmed according to the project configuration.

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