Method

Optimised material handling: AMRs and AGVs can transport raw materials, semi-finished and finished products within the plant continuously and accurately, reducing transport times and improving workflow.
Downtime reduction: These systems can operate 24/7 without the need for breaks, ensuring continuous production and reducing downtimes.
Reduced errors and waste: AMRs and AGVs are programmed to operate with high precision, reducing the possibility of human error that can cause material damage or production waste.

Accident reduction: The use of AMRs and AGVs decreases the need for manual handling of heavy or dangerous loads, reducing the risk of injury to operators.
Continuous monitoring: These systems can be equipped with advanced safety sensors to avoid obstacles and ensure safe operation in complex working environments.

Adaptability to production changes: AMRs are generally more flexible than AGVs, as they do not require fixed infrastructure such as rails or magnetic guides. This makes them ideal for changing production environments.
Ease of expansion: The network of AMRs and AGVs can be easily scaled up to increase production capacity without the need for significant investment in infrastructure.

Data collection: These systems can integrate IoT capabilities to collect real-time data on handling operations, providing a detailed and analytical view of the production process.
Optimisation of internal logistics: Access to real-time data enables optimisation of transport routes and times, further improving overall efficiency.
Automation of workflows: AMRs and AGVs can be integrated with production management systems (MES) and warehouse management systems (WMS), enabling automated coordination of operations and more effective inventory management.
The integration of AMR and AGVs in the management of intralogistics operations improves efficiency, adaptability, and the role of operators, making logistics processes more responsive and productive.