Automatic Pallet Control System

Safety

Minimizes the potential for operator injuries

Productive Performance

Prevents downtime during the production and internal handling phases

Reliability

Continuous control cycle, even in case of non-compliant pallets

Robotics

Ease of access, reduced maintenance, and excellent system functionality

AUTOMATIC PALLET CONTROL SYSTEM

MANTIS

Thanks to a careful preliminary selection, the automatic pallet control system ensures that the pallets used meet customer requirements and removes non-compliant ones.

Integrating an automatic pallet control system is essential to guarantee the efficiency and safety of production and intralogistics processes, especially in plants with AGVs and automated warehouses.

Types of Pallet

HALF PALLET: 600 x 800 x 150 mm

EUROPALLET
800 x 1200 x 150 mm

EU – UK – PBR

Standard Controls

INTEGRITY OF BLOCKS:
Mechanical

RESISTANCE
LOWER AXES
AND UPPER AXES
Mechanical

OVERALL PALLET DIMENSIONS
Optical

CONTROL
AXIS
PENDING
Optical

Etc.

Optional Features

Automatic controlled pallet stacker

Additional buffer conveyors

Integrity check
axes
upper

Color control
pallets

Etc.

Advantages and Strengths

From the moment that the pallet leaves the manufacturer’s warehouse until it returns for a new cycle, it travels a lot and may develop defects that can create serious problems throughout the production cycle.

With MANTIS, we ensure that every pallet meets the required specifications, ensuring efficiency, quality, and safety at every stage of our clients’ processes.

The Mantis checks ensure

Pallet defects which go unnoticed can lead to serious issues, including operator injuries.

MANTIS controls are more accurate and efficient than traditional systems thanks to the use of robotics.

One of the main advantages of using the robot is that during pick-up and before placing the pallet several checks are carried out on it, meaning that any non-compliant pallets are automatically sent to the discard station; otherwise, pallets continue through the series of controls.

Traditional systems, on the other hand, require a pallet stacker to inspect one pallet at a time, and if there are heavily damaged pallets, the stack may tilt, blocking the system. With this type of handling, there is a high likelihood of blocking when encountering broken or non-compliant pallets. In contrast, it is rare for pallets to block in the robot cycle.