Motorized feeder for double-shaft multi-blade saw: - length approximately 5.5 m, roller conveyor width 550 mm - variable speed of the rollers from the control panel - 1 motorized upper wheel with pneumatic pressure - 2 idle side aligning wheels with pneumatic pressure - supplied with belt inclined to unload incoming scraps, suitable for working in line after an automatic cutting machine. Visible installed and in operation until August 2025. Availability for delivery from September 2025.

Technical Data Sheet Motorized Feeder for Double Shaft Multi-blade Saw (Used)

The motorized feeder for double-shaft multi-blade saws is a fundamental component for the automation and improvement of efficiency in wood processing plants. This device facilitates the automatic feeding of materials to the multi-blade saw, optimizing the cutting process and reducing processing time. Below you will find a detailed technical sheet of the used motorized feeder.

1. General Description

The motorized feeder described is designed to work with a double-shaft multi-blade saw, allowing precise and continuous feeding of materials. Being used equipment, it is important to carefully evaluate the state and functioning of the machinery.

2. Main Components

• Structural Body: Made of sturdy steel, the body provides a stable base for the mounting and operation of other components.

• Roller conveyors: 550 mm wide, designed to transport materials towards the multi-blade saw. The roller conveyors are motorized and equipped with variable speed, adjustable via the control panel.

• Motorized Upper Wheel: Equipped with a motor and pneumatic pressure system, the upper wheel is responsible for pressing and supporting the material during feeding.

• Side Aligning Wheels: Two side wheels, also with pneumatic pressure, are used to align the material and keep it in the correct position.

• Inclined Belt: Used for unloading incoming waste, the inclined belt facilitates the elimination of waste materials.

• Control Panel: Allows adjustment of roller speed and other operational settings.

3. Dimensions and Technical Specifications

• Total Length: Approximately 5.5 meters. This length allows for continuous and smooth feeding of materials to the multi-blade saw.

• Roller conveyor width: 550 mm, suitable for transporting pieces of variable dimensions, depending on the specifications of the processing plant.

• Roller speed: Variable, adjustable via the control panel. The speed must be suitable for the type of material and the specifications of the multi-blade saw.

• Pneumatic Pressure: The pressure applied by the top and side wheels is adjustable to adapt to different thicknesses and types of material.

4. Mechanical Characteristics

• Conveyor System: The motorized rollers are equipped with an electric motor that allows variable speed for precise and controlled feeding.

• Pneumatic Pressure: The top wheel and side wheels are equipped with pneumatic systems that apply uniform pressure on the materials, ensuring stable and slip-free feeding.

• Adjustability: The speed of the rollers and the pneumatic pressure can be adjusted according to the needs of the machining process.

5. Optimal Use Parameters

• Roller speed: The speed must be adjusted according to the type of material and the speed of the multi-blade saw. A useful formula for determining the optimal speed of the rollers is:

  $$V$$

  where VV $V$ is the speed of the rollers, DD $D$ is the diameter of the roller, and tt $t$ is the desired cycle time.

• Pneumatic Pressure: The pressure must be sufficient to keep the material in position without deforming or damaging it. Check manufacturer specifications for optimal pressure ratings.

6. Workable Materials

The motorized feeder is suitable for working with various types of wood and woodworking materials, including:

• Solid Wood: For cutting and processing untreated wood.
• Composite Wood: Chipboard, MDF, and other composite materials.
• Waste Materials: The inclined belt handles scraps and waste materials during the process.

7. Maintenance

• Cleaning: Keep roller conveyors and mechanical components clean of dust and debris. Clean the inclined carpet regularly to avoid accumulation of scraps.

• Lubrication: Lubricates rollers and moving parts to ensure smooth operation and reduce wear.

• Pressure Check: Check and adjust the pneumatic pressure of the upper and side wheels to ensure they are optimal.

• Periodic Inspection: Check mechanical and pneumatic components for any signs of wear or damage and replace worn parts.

8. How to Evaluate a Good Used Car

• General Condition: Examine the feeder for visible damage such as cracks or wear on the rollers and wheels.

• Feature: Tests roller speed and air pressure to ensure they are working properly.

• Component Wear: Check the condition of roller conveyors, motors and pneumatic systems. Also check the sloped carpet for any signs of wear or damage.

• Accuracy and Reliability: Ensure the feeder maintains the desired accuracy and reliability when feeding materials.

9. Sectors of Use

• Wood Industry: To automatically feed materials to twin-shaft multi-blade saws, improving the efficiency of the cutting process.

• Woodworking Workshops: Used to optimize production processes and reduce processing times.

• Wooden Component Factories: To manage large volumes of materials and scraps, improving productivity.

10. Why it is better to buy it used

• Lower Cost: Purchasing a used introducer significantly reduces the cost compared to purchasing a new model.

• Reliability: If well maintained, a used introducer can guarantee excellent performance for many years.

• Availability and Delivery Times: The immediate availability of a used introducer can be advantageous compared to the waiting times for a new purchase.

Conclusion

Purchasing a used motorized feeder for a double-shaft multi-blade saw can be an advantageous choice if you are looking for reliable and precise equipment at a low cost. Be sure to perform a thorough condition assessment of your machinery and follow regular maintenance practices to ensure long life and optimal performance.