Intro:

I have developed a complete automation system for pallet handling and packaging in a canning factory, aimed at optimizing the flow between production, packaging, and storage.

General Description:

The project focuses on picking up pallets loaded with cans directly from the production area and transporting them, via an automated roller system and a motorized cart, to the packaging and storage station.
The system uses an automated cart that moves along the rollers, picking up pallets prepared in 5 rows.
The operating logic is based on the FIFO (First In – First Out) principle, ensuring the correct processing order. The program can store up to 5 positions and automatically decides from where to pick up and where to deliver the next pallet.
After pickup, the pallets are transferred to a motorized transversal line, which carries them to the automatic wrapping machine.
The line allows controlled accumulation of up to 3 pallets to prevent blockages — when capacity is reached, pallet pickup stops automatically.

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Automation and Safety

The entire process is controlled by an industrial PLC, which manages:
• The movement logic of the cart and roller conveyors,
• Direct communication with the wrapping machine (start, stop, wait, and cycle completion commands),
• Control of sensors, motors, and safety systems.

For operator protection, the system is equipped with safety barriers with a MUTE function, which immediately cut off power in the respective area in case of intervention during operation.

HMI Interface and Control:

On the HMI screen, we developed an intuitive and interactive interface that allows:

  • Real-time monitoring of line and pallet status,
  • Modification of operating parameters,
  • Management of operation modes according to the operator’s access level (operator, technician, supervisor).

This provides flexibility, safety, and full control over the entire logistics flow.

Results and Benefits:

  • Complete automation of pallet transport and packaging flow;
  • Seamless transition between picking, packaging, and storage stages;
  • FIFO principle compliance for order and traceability;
  • Enhanced safety through MUTE systems and hardware protections;
  • Modern, user-friendly HMI interface adapted to the operator hierarchy.

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