High Density Rebonded Foam Peeler Machine PLC Controlled 0-25m/Min

High Density Rebonded Foam Peeling Machine description: 

The Foam Peeling Machine is a critical piece of equipment in sponge foam processing. It is primarily used to horizontally cut large rectangular sponge blanks into circular or oval sponge sheets of a specific thickness (such as seat cushions, back cushions, yoga mats, etc.). Its precise structural design ensures a smooth and precise cut surface.

High Density Foam Peeling Machine Operating Principle

1. Loading: Thread a cylindrical or rectangular (oval) sponge blank onto the center of the spindle and secure it with the pins at each end.

2. Parameter Setting: Enter the desired slice thickness, number of slices, and other parameters on the touchscreen.

3. Start: The machine starts, and the spindle begins to rotate the sponge, while the disc blade spins at high speed.

4. Cutting: Driven by the feed system, the blade carriage moves slowly and evenly along the guide rail from one end of the sponge to the other. The high-speed rotating blade cuts the sponge layer by layer.

5. Discharging and Collection: The cut sponge discs fall naturally or are caught by an auxiliary device and collected by the operator or automated equipment.

6. Reset: After completing a cut, the blade carriage automatically and quickly returns to its starting position, ready for the next cut.

High Density Rebonded Foam Peeling Machine Features:

· High Precision: Utilizing a servo motor and precision lead screw, the slicer minimizes thickness errors.

· High Efficiency: Continuously and automatically cuts multiple slices, significantly improving production efficiency.

· Smooth Cutting: High-speed, thin-blade cutting delivers smooth cut surfaces, eliminating the need for secondary processing.

· High Adaptability: By adjusting the program and ejector pin position, it can cut round or oval products of varying diameters, lengths, and thicknesses.

High Density Rebonded Foam Peeling Machine Drive and control system

· Function: Coordinates the entire machine's operation and serves as the machine's "brain."
· Core Components:
· PLC (Programmable Logic Controller): Receives operating instructions, processes logic signals, and controls the coordinated operation of the spindle motor, feed servo motor, and other components.
· Human-Machine Interface (HMI): Typically a touch screen, used for setting parameters (such as slice thickness, number of slices, and speed), displaying machine status, and performing manual operations.
· Frequency Converter and Servo Drive: Control the speed and position of the spindle motor and feed motor, respectively.

Basic Data