1. Begin the cycle by loading the pallet with its cargo onto the input roll conveyor. Safely passing through the muting body reflector safety barrier, the loaded wooden pallet proceeds to the turning table.

2. The wooden pallet continues its journey onto the “Q-Shape Logy” roll conveyor.

3. Coming to a halt within the “Q-Shape Logy” frame, the wooden pallet aligns against the folding bar.

4. Simultaneously, the plastic pallet stacker places an empty plastic pallet onto the line.

5. The system discerns the dimensions of the wooden pallet, enabling it to select the appropriate pallet stacker for the ensuing transition.

6. A securing mechanism affixes the wooden pallet to the lower platform of the “Q-Shape Logy.”

7. At this juncture, the “Q-Shape Logy” undergoes a 180° rotation, positioning the wooden pallet directly above the load.

8. The lower platform, supporting the wooden pallet, reverts from 180° to 0°. Subsequent to this rotation, the wooden pallet aligns with the height of the roll conveyors, exiting the system and returning to its designated pallet stacker.

9. The focus shifts to the plastic pallet, which enters the “Q-Shape Logy” line. The PLC (Programmable Logic Controller) autonomously centers the pallet in conjunction with its load. The lower platform completes a 180° rotation, securely holding the plastic pallet above the load. Following this, the “Q-Shape Logy” inversely rotates from 180° to 0°, positioning the plastic pallet beneath the load. As the upper compactor ascends, the lower platform lowers, maintaining alignment with the roll conveyors’ height.

10. With precision, the plastic pallet, along with its load, exits the “Q-Shape Logy,” transitioning seamlessly to the logistic line.