This advanced glazed tile forming machine integrates pneumatic unloading and automatic stacking functions, ensuring high efficiency and precision in tile production. The pneumatic system enables fast, stable, and low-noise material handling, while the automated stacking unit organizes finished tiles into neat piles for easy transportation.

Key Parameters

Advantages

• Pneumatic Unloading: Gentle on tiles, reduces breakage.

• High-Speed Stacking: Optimizes workflow with minimal manual intervention.

• Durable Design: Robust steel frame with corrosion-resistant coatings.

• Energy-Efficient: Low air consumption and servo-driven motors.

Work progress of the Pneumatic Unloading & Stacking System in a Glazed Tile Forming Machine

The Pneumatic Unloading & Stacking System in a Glazed Tile Forming Machine automates the process of transferring freshly pressed tiles from the forming station to a stacking area, ensuring efficiency and minimizing damage. Here’s a step-by-step breakdown of how it works:

1. Tile Ejection (Pneumatic Unloading)

After the glazed tile is formed and pressed, the machine’s pneumatic pallet is activated.The pneumatic pallet extends downward, and the products fall onto the stacking area below due to the force of gravity.

Key Components:

• Pneumatic cylinders (for vertical/horizontal movement)

• Solenoid valves (control airflow for precise operation)

2. Automated Stacking

• The system uses a programmable logic controller (PLC) to coordinate stacking patterns.

• Servo motors or pneumatic lifts adjust the stacking height layer by layer.

• Palletizing arms or pushers arrange tiles in a neat, interlocked stack.

3. Pallet Discharge (Optional)

• Once a stack reaches the preset height, a forklift conveyor or pallet changer removes it for drying/transport.

Key Features for Smooth Operation

✔ Adjustable suction force – Prevents tile cracking.

✔ PLC-controlled sequencing – Ensures consistent stacking.

✔ Anti-collision sensors – Avoids misalignment.

✔ Low maintenance – Pneumatic systems have fewer wear parts than mechanical systems.