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A large industrial wood chipper cuts logs, branches, slabs, and forestry residue into uniform wood chips. FUDE supplies heavy-duty wood chipping solutions for sawmills, biomass plants, paper mills, panel factories, and wood processing companies.
The machine can be configured according to your raw materials, required chip size, production target, feeding method, and discharge system.
A large wood chipper is an industrial machine designed to process a high volume of wood materials continuously. Compared with a small branch chipper, it has a stronger feeding system, larger cutting chamber, heavier knife roller or disc, and more durable wear parts.
The machine usually includes:
Large wood chippers are commonly used when a company needs stable chip size and continuous operation. They are suitable for both primary wood processing and biomass preparation.
The correct machine depends on the type, size, and moisture content of your raw material. A large industrial wood chipper can be configured for materials such as:
Before feeding the machine, remove stones, metal, concrete, and other hard foreign objects. Nails and metal parts may damage the knives, rotor, or feeding system.
If your main material is mixed waste wood, used furniture, or pallets containing a large amount of metal, compare this machine with an industrial wood crusher.
FUDE can provide different configurations for small-diameter wood, logs, branches, slabs, and continuous industrial production.
The following specifications are reference configurations for drum-type industrial chippers. Final capacity, motor power, and feeding equipment should be confirmed according to your project requirements.
| Model | Knife Roller Diameter | Feeding Opening | Reference Weight | Recommended Application |
|---|---|---|---|---|
| FD218 | 800 mm | 280 × 700 mm | 7,000 kg | Branches, small logs, slabs |
| FD2110 | 1,000 mm | 330 × 1,050 mm | 12,500 kg | Medium and large wood processing |
| FD213 | 1,300 mm | 400 × 1,250 mm | 18,000 kg | Heavy-duty industrial wood chipping |
The final configuration may include a different feeding opening, knife quantity, hydraulic system, conveyor length, motor arrangement, or discharge method.
For an accurate quotation, please provide:
The working process includes four main steps.
Logs, branches, or slabs are placed on the feeding table or conveyor. The feeding rollers pull the material into the cutting chamber at a controlled speed.
Hydraulic feeding helps maintain stable pressure when the material has different diameters or irregular shapes.
The wood enters the knife roller or cutting disc. Sharp replaceable knives cut the wood into chips as the rotor turns at high speed.
The cutting structure is designed for continuous operation and stable chip production.
Chip size depends on several factors:
The final chip size should be selected according to the next production process. Paper mills, panel factories, biomass plants, and pellet factories may require different chip specifications.
After cutting, the wood chips are discharged through an outlet, belt conveyor, screw conveyor, or other transfer system.
The discharge system can be connected to a chip storage area, screening machine, dryer, hammer mill, or biomass pellet production line.
The chips produced by a large wood chipper can be used in different industries.
Uniform wood chips are used as raw material for pulp and paper production. Stable chip size helps improve the following pulping process.
Wood chips can be transferred to a screening, drying, and panel production system. The correct chip size improves material mixing and product consistency.
Clean wood chips can be used as boiler fuel or biomass fuel. The required moisture content and chip size depend on the combustion system.
Wood chips are commonly used as an intermediate material for pellet production. A typical process may include chipping, screening, drying, hammer milling, pelletizing, cooling, and packing.
You can also review the biomass pellet mill solution when planning a complete biomass fuel line.
Both drum and disc chippers can process wood, but they are suitable for different operating conditions.
A drum chipper is suitable for:
The drum structure provides a large cutting surface and can be configured for heavy-duty operation.
You can compare more details on the drum chipper machine page.
A disc chipper is often selected for:
The best choice depends on your wood diameter, required capacity, chip size, and site conditions.
The feeding system affects machine performance and safety. Common options include:
For irregular branches and mixed-length logs, hydraulic feeding rollers can help maintain a stable cutting process.
For a complete production line, the chipper can be connected with conveyors, magnetic separators, screening machines, dryers, hammer mills, and storage systems.
The power system should be selected according to your working environment.
Electric drive is usually suitable for factories with a stable power supply. It is easier to integrate into an automated production line.
Diesel or engine-driven systems may be suitable for forestry sites, outdoor operations, or locations without a stable grid connection.
FUDE can help you select the drive system according to:
The exact motor power should be confirmed after reviewing the raw material and capacity requirements.
A large wood chipper requires a solid installation foundation and enough space for feeding, maintenance, and chip discharge.
Before installation, prepare:
The machine should be installed by qualified technicians. Operators should receive training before starting regular production.
Regular maintenance helps maintain stable chip size and reduce unexpected downtime.
Important maintenance tasks include:
Knives should be checked regularly. Blunt knives increase power consumption and may reduce chip quality.
Before opening the cutting chamber, stop the machine, disconnect the power supply, and follow the required lockout procedure.
The price of a large wood chipper depends on the complete configuration. Important cost factors include:
A machine with a larger feeding opening and heavier cutting system normally requires a higher investment. A complete line also costs more than a standalone chipper.
For this reason, FUDE recommends selecting the machine according to the actual material and production target instead of choosing only by price.
Use the following steps before requesting a quotation.
Tell us whether you process logs, branches, slabs, pallets, bamboo, or another material.
Provide the maximum diameter, length, thickness, and average moisture content.
Tell us the required output per hour and whether the machine will operate continuously or intermittently.
Different applications require different chip sizes. Confirm the required size with your next production process.
A conveyor, hydraulic roller, loader platform, or automatic feeding system may be required depending on the raw material.
Provide the available voltage, workshop dimensions, foundation conditions, and discharge direction.
After receiving this information, FUDE can recommend a suitable machine configuration and provide a quotation.
A large wood chipper is used to process logs, branches, slabs, and forestry residue into wood chips for pulp, paper, panels, biomass fuel, and pellet production.
It can process many types of wet wood, but moisture affects feeding, cutting, chip quality, and downstream drying requirements. Please provide the average moisture content before selecting the machine.
Clean wood is recommended. Wood containing nails or metal should be sorted first. If the material contains a large amount of metal, an industrial wood crusher and metal separation system may be more suitable.
Chip size can be affected by the knife setting, feeding speed, rotor structure, and material condition. The final configuration should be selected according to your required application.
Yes. FUDE can help configure a wood chipping system with feeding, conveying, screening, drying, grinding, pelletizing, and storage equipment according to the project requirements.
Please provide the raw material, maximum diameter, required output, desired chip size, power supply, feeding method, and destination port or delivery location.
A suitable large wood chipper should match your raw material and production process.
Send FUDE the following information:
Our team can recommend a suitable configuration, prepare technical information, and provide a quotation for your project.
Contact FUDE today for a large industrial wood chipper solution.
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