Comprehensive Crusher Machine for Crushing Waste Wood

Comprehensive crusher machine can crush various kinds of large wood materials, including large-diameter logs, waste wood furniture, wood pallets, wooden planks with nails, roots, and weeds. This robust equipment is primarily composed of a long conveyor, feeding rollers, saw, hydraulic cylinder, and motor, adopting a direct driving mode for strong power and efficiency.

Additionally, it can be equipped with a magnetic roller to separate iron nails from the wood, ensuring the purity of the final product. The resulting materials are ideal for wood recycling, furniture recycling, charcoal making, and paper making, making this machine a versatile and essential tool for various industries.

The working principle of a comprehensive crusher involves a series of processes that result in the efficient crushing of wood materials. Here’s a general overview of the typical working principle:

• Material Feeding

The wood materials, such as old furniture, wooden pallets, large-diameter wood logs, tree roots, and other wood waste, are fed into the wood crusher machine through a feeding mechanism.

• Crushing

The materials enter a crushing chamber of the comprehensive crusher where the main action takes place. The crushing chamber contains rotating blades that are mounted on a rotor. The rotor is driven by a powerful motor.

• Impact and Friction

As the rotor spins, the hammers or blades impact the wood materials with force. This impact, along with the high-speed rotation, causes the wood to be fractured, torn, and crushed into smaller pieces.

• Screening

Due to gravity, the crushed wood particles fall downward and move toward a set of screens located at the bottom of the crushing chamber. These screens have various-sized openings or perforations that allow particles of a certain size to pass through.

• Particle Separation

The particles that are smaller than the screen openings pass through and are collected as the desired output. Larger particles remain on the screen surface, where they continue to be subjected to further hammer impacts and grinding.

• Magnetic Separation

The comprehensive crusher is equipped with a magnetic drum or magnetic rollers. So these mechanisms can automatically separate any metal contaminants, such as nails or screws, from the crushed wood particles.

The comprehensive wood pallet crusher machine handles a variety of wood materials, even those with iron nails. It effectively processes wood pallets, furniture boards, waste packaging wood, branches, planks, wooden box boards, logs, and other types of wood.

• High Processing Capacity: These pallet shredders are designed to handle large quantities of materials, making them suitable for industrial-scale operations.
• Versatility: Comprehensive crushers are equipped with various tools and mechanisms that allow them to process different materials with varying hardness, size, and characteristics.
• Automatic Separation: Our comprehensive crushers include mechanisms for automatically separating materials, such as magnetic devices for removing metal contaminants like nails and screws.
• Irregular Output Size: Unlike traditional crushers that produce uniform-sized output, comprehensive crushers might produce irregularly sized pieces. This can be useful in various applications, such as recycling, where the raw materials are repurposed in different ways.
• Automation and Control: Many modern comprehensive crushers come with advanced automation features and controls, enhancing operational efficiency and safety.

Feeding: The material first enters the crushing chamber through the feeding device. The design of the feeding device needs to ensure that the material can enter the crushing chamber smoothly and evenly to avoid blockage or overload.

Crushing: In the crushing chamber, the material is subjected to multiple forces such as extrusion, splitting, breaking, shearing, and impact, and gradually crushed into smaller particles. The crushing chamber is usually equipped with crushing teeth, crushing hammers, and other crushing elements, which crush the material through high-speed rotation or reciprocating motion.

Screening and discharging: The crushed material needs to be screened by the screening system to meet the needs of different users. The screening system is usually located below or on the side of the crushing chamber, and the material is separated into particles of different sizes by vibration or rotation. The screened material is discharged from the crusher through the discharging device to complete the entire crushing process.