Robotic integrations

Efficient storage and handling of materials, picking and depositing operations, all managed by a simple and intuitive warehouse management software are some of the objectives of modern intralogistics management.

Many of these operations can now be automated, thanks to the integrated use of Modula automatic solutions with autonomous mobile robots or anthropomorphic robots.

These machines, thanks to technological innovation, are becoming increasingly important and essential within the warehouse logistics operations.

Robotic integrations

The advantages of integrated solutions

The combination of the two technologies (automatic vertical storage systems and mobile robots) provides several advantages.

  • Safety and ergonomics
    Automation protects operators by limiting the risks and providing a reliable alternative for carrying out demanding and repetitive operations.
  • Modularity and scalability
    The technologies used are modular and scalable, and can also be adapted to different scenarios and modified over time according to the company’s needs.
Robotic integrations
  • Quick installation
    Both technologies can be implemented very quickly without requiring structural modifications.
  • Flexibility
    The robot, during the implementation of its missions, is able to “make decisions” and adapt to changes based on the information it detects directly in the environment in which it operates. The ease of adaptation is certainly an important plus: by sharing the data present in the cloud, the robot learns and behaves according to the environments and situations. Thanks to an increasingly advanced instrumentation (such as laser scanners or 3D cameras) it is able to distinguish permanent obstacles from temporary ones and act accordingly.
Robotic integrations
  • Native software integration
    Taking advantage of the new service-oriented architectures with improved connectivity, the Modula WMS software natively interacts with the fleet software of the AMRs, making the integration of the two systems immediate. In this way, the effort to “teach” the robot to carry out its activities can be minimized.
  • Accuracy
    Thanks to advanced navigation technologies, sensors and artificial intelligence, the robots work with extreme precision.
Robotic integrations