Wood Comprehensive Crushing Machine (Disk Wood Crushing Machine, Rotational Tree Root Crushing Machine) is a large-scale wood crushing equipment designed with advanced technology from home and abroad. The main models include 3000/3600/5000/7000. The machine's structure mainly includes the frame, housing, power system, hydraulic system, electrical system, and a rotating feed bin driven by the bin drive device, as well as a rotor driven by the rotor drive device, located below the rotating feed bin with the feed opening offset relative to the center of the feed hopper.

Product Advantages:

The application of advanced technology combines an offset feeding port with feed-aiding gear teeth installed on the inner wall of the feed hopper, ensuring smooth feeding. Furthermore, the equipment employs variable frequency technology, so that if the rotor load becomes excessive, the feed hopper will reverse rotate, eliminating the risk of material jamming.

2. The equipment is versatile, suitable for crushing large-diameter materials like tree roots and old furniture. It's also ideal for breaking straw bales and particularly efficient for smaller diameter wood and chipper shavings, boasting quick feeding and high efficiency.

3. Easy maintenance and repair; the hydraulic bin tilting mechanism allows for a large angle flip for maintenance on the machine, exposing the rotor section for easy access, reducing labor use.

4. Low cost, the equipment features a multi-blade rotor roller, which makes the material crushing more efficient. Reasonable arrangement and the use of advanced materials also enhance the blade lifespan, reducing costs.

5. High degree of full machine automation; the equipment has automated all electrical components, enabling remote wireless control for operation, reducing manual labor and ensuring enhanced safety.

Working Principle:

The Wood Comprehensive Crushing Machine (Disk-type Root Crushing Machine) operates by the motor driving the rotor to rotate at high speed. Simultaneously, the feed hopper also rotates slowly under the motor's power. Materials are dropped into the hopper by the grab machine, and as the hopper rotates, the inner wall's feed teeth evenly distribute the materials onto the rotor. The high-speed rotating rotor, upon contacting the materials, achieves preliminary crushing through the cutting and tearing of blades on the rotor. The materials that have been preliminarily crushed fall onto the screen in the crushing chamber due to their own weight and the impact force from the rotor. Materials meeting the requirements pass through the screen, while those that do not undergo secondary or even tertiary crushing within the chamber until they meet the standards.