High-Torque Reduction for Wood and Pallet Waste
Waste Wood Single-Shaft Shredder
A heavy-duty wood shredder for pallets, timber offcuts, MDF, particleboard, crates, and bulky woodworking waste. The hydraulic ram, low-speed high-torque rotor, and screen-controlled discharge help plants reduce volume, produce uniform wood chips, and convert waste wood into a usable biomass or board-making feedstock.
Why Wood Processors Choose a Single-Shaft Wood Shredder
Bulky wood waste consumes floor space, transport budget, and disposal cost. This machine is configured to convert wood scrap into controlled chips with stable feeding and lower handling cost.
Turn Bulky Wood Waste Into Useful Biomass or Reusable Feedstock
Used pallets, timber offcuts, MDF, crates, and board waste take up valuable storage space and are expensive to move. A single-shaft wood shredder reduces this material into more uniform chips that are easier to convey, store, burn, or reuse in wood product applications.
Consistent Output for Biomass and Fuel Use
Uniform chips help support biomass boilers, furnaces, and energy recovery systems where feed consistency affects handling and combustion stability.
Lower Transport and Disposal Cost
Volume reduction makes waste wood easier and cheaper to store, load, move, and dispose of across sawmills, factories, and recycling centers.
Heavy-Duty Build for Industrial Wood Waste Streams
The hydraulic pusher, hardened knives, and strong frame are designed for industrial-duty wood waste processing with adjustable working widths, rotor diameters, and drive sizes based on the actual material and throughput requirement.
How the Wood Shredder Works
A controlled four-stage process for turning bulky timber and pallet waste into uniform wood chips.
Hopper Loading
Whole pallets, wood offcuts, timber waste, and board material are loaded directly into the shredder hopper.
Hydraulic Ram Feed
The hydraulic ram pushes wood toward the rotor with stable pressure, helping maintain bite on bulky and irregular material.
Low-Speed High-Torque Shearing
The rotor equipped with hardened knives tears and cuts wood against the counter-knife for controlled size reduction.
Screened Chip Discharge
A heavy-duty screen controls final chip size, commonly in the 12 to 80 mm range, before material is discharged.
Typical Applications
Suitable for wood recyclers, sawmills, furniture factories, logistics centers, and biomass fuel producers.
Pallets and Crates
Processes used pallets, broken crates, and transport wood waste into compact, manageable chips.
Furniture and Joinery Offcuts
Handles panel offcuts, wood trim, joinery scrap, and production waste from woodworking plants.
MDF and Particleboard Waste
Suitable for boards, veneers, chipboard, and composite wood material that need controlled size reduction.
Biomass Fuel Preparation
Produces wood chips suited for biomass co-generation, wood chip furnaces, or briquette-related feed preparation.
Wood Single-Shaft vs. Double-Shaft Shredders
The right solution depends on whether you need more controlled chip sizing or more aggressive first-stage tearing of bulky wood waste.
| Selection Factor | Waste Wood Single-Shaft Shredder | Double-Shaft Shredder |
|---|---|---|
| Best For | Pallets, offcuts, boards, and wood waste that need more defined output | More aggressive first-stage tearing of bulky mixed waste |
| Output Size Control | Screen-controlled chip size for biomass or reuse | Less precise output, often followed by another reduction step |
| Feeding Method | Hydraulic ram feeding for stable rotor contact | Shafts pull material directly into the cutting zone |
| Typical Use Goal | Volume reduction plus usable wood chip output | Primary tearing where output uniformity is less critical |
Watch It in Action
This YouTube video shows the wood and pallet shredder processing bulky wood waste into uniform chips.
Machine Gallery
Representative wood waste feedstock and machine visuals for wood and pallet size reduction.
Technical Specifications
Reference models for wood and pallet size reduction. Final throughput depends on wood type, moisture, nails or contamination, and chosen screen size.
| Model | Shaft Diameter | Moving Knives | Max Capacity | Motor Power | Chamber Size |
|---|---|---|---|---|---|
| ERM-600 | 320 x 45 mm | 12 | 800 kg/h | 18.5 x 2 kW | 600 x 780 mm |
| ERM-800 | 320 x 45 mm | 16 | 1000 kg/h | 22 x 2 kW | 800 x 780 mm |
| ERM-1000 | 400 x 50 mm | 20 | 2000 kg/h | 45 x 2 kW | 1000 x 880 mm |
| ERM-1200 | 400 x 50 mm | 24 | 3000 kg/h | 55 x 2 kW | 1200 x 880 mm |
| ERM-1600 | 500 x 65 mm | 24 | 5000 kg/h | 75 x 2 kW | 1600 x 960 mm |
| ERM-2000 | 600 x 77 mm | 28 | 8000 kg/h | 90 x 2 kW | 2000 x 1100 mm |
Frequently Asked Questions
Key questions about wood types, chip sizing, customization, and use in biomass or recycling operations.
It can process mixed woodworking waste including pallets, crates, hard and soft wood, timber offcuts, veneers, particleboard, MDF, and other bulky wood waste commonly generated in industrial operations.
The final granulate size is determined by the perforated screen installed below the rotor. Screen openings from around 12 mm to 80 mm can be selected depending on your biomass, transport, or downstream process requirement.
Yes. Working width, rotor diameter, drive power, and screen size can be adjusted based on your wood type, throughput target, and site layout.
Yes. The shredder can prepare a more consistent wood chip feed for biomass furnaces, co-generation systems, and other downstream fuel preparation steps, depending on the required size and contamination level.
Please share the wood type, largest feed size, contamination such as nails or metal, target throughput, and desired output chip size. That determines the correct rotor, hopper, and power configuration.
Turn Wood Waste Into a More Valuable Output
Tell us what wood waste you process, your target chip size, and whether the output is for biomass, recycling, or transport reduction. We will recommend the right shredder configuration for your operation.