ADVANTAGES

Benefits of moving plastic and metal containers with mobile robotics

Automating the movement of plastic and metal containers with mobile robots (AGVs) offers multiple benefits that optimise material handling in industrial environments. These robots ensure efficient and safe transport of containers, whether plastic or metal, without direct human intervention.

Key benefits

Cost reduction

by eliminating manual labour and reducing operating times, significant savings in labour and operating costs are achieved.

Continuous operation

AGVs can operate 24 hours a day, 7 days a week, enabling continuous production and distribution without interruption.

Improved security

minimises workers' exposure to hazardous tasks, reducing the risks of accidents and injuries.

Greater precision and control

ensures precise and controlled movement of containers, minimising errors and maximising accuracy in material handling.

Flexibility and adaptability

the robots fit different types of containers, offering customised solutions for different environments.

Process optimisation

automating the movement of containers eliminates the need for manual transport, reducing time and increasing operational efficiency.

Improved planning and programming

facilitates the planning of logistics operations by providing real-time data on material movement and inventory availability.

Reduction of cargo damage

AGVs are designed to handle loads smoothly and safely, minimising the risk of damage to transported goods and materials.

Transport safety

Equipped with advanced sensors, the robots avoid obstacles, ensuring safe transport and reducing occupational hazards.

This automation solution not only improves productivity, but also enables a more precise and secure control of the logistics process.

APPLICATIONS

Applications of moving plastic and metal containers with mobile robotics

Autonomous robots optimise the movement of plastic and metal containers in various industries, improving efficiency and organisation in storage and distribution processes. In production plants, these robots facilitate the movement of containers with materials, finished products or components, ensuring fluidity in operations. They are ideal for sectors such as:

Automotive

movement of metal containers with components and parts for vehicle assembly.

Manufacturing

transport of containers between different production areas in manufacturing plants.

Electronics

handling of containers with electronic components and finished products in electronic device manufacturing plants.

Metallurgy

movement of containers with metals, alloys and metal products between different production processes in the metallurgical industry.

Aerospace

transport of containers with components, materials and products between production and assembly areas in the aerospace industry.

These robots are key to process efficiency in the automotive industry and other sectors where accurate container transport is critical.