The JP3600 Disc Wood Chipper is designed for processing logs, tree trunks, branches and wood waste through a heavy-duty disc cutting and size reduction process. It is particularly suitable for applications where larger feed material, mixed wood waste and oversized timber need to be handled efficiently without extensive pre-processing.
One of the key advantages of the JP3600 is its large infeed opening, which allows the machine to accept large diameter logs as well as bulky materials such as tree roots, stumps and root crowns directly. This significantly reduces the need for pre-cutting and improves feeding efficiency, especially in forestry sites and biomass material yards where feedstock size and shape are irregular.
In actual operation, materials are typically fed by a loader or arranged manually depending on site conditions. The infeed system guides the material toward a large rotating disc equipped with cutting tools. As the disc rotates, the material is continuously cut and reduced, producing coarse wood chips or fragmented material suitable for biomass fuel preparation, transport or further processing. This process enables stable handling of both standard logs and heavy, irregular wood materials.
The JP3600 is widely used in biomass fuel preparation, wood waste recycling, forestry processing and material reduction in recycling yards. It performs well in applications where consistent throughput, adaptability to varying material sizes and the ability to process large or difficult wood pieces are required.
To match different working environments, the machine can be configured as a stationary unit or supplied in a mobile version for flexible on-site operation. This allows the same equipment platform to be used in fixed installations, yard-based processing or projects requiring relocation.
As a mid-range model in the disc-based wood processing series, the JP3600 combines large feed capacity, strong cutting performance and stable operation, making it a practical solution for continuous processing of mixed wood, oversized timber and biomass materials.
