In the biomedical sector, precision, quality and traceability are key requirements throughout the entire production process.
In the Mirandola Biomedical District, Ideativa developed a solution that integrates ABB Robotics technologies and digital tools to create a fully traceable assembly process for components used in oncology infusion systems.
This project shows how robotics and digitalization can work together to increase visibility and control across the production process.
Collaborative robots, digital twin and production data
The solution integrates several technologies:
- collaborative robots;
- digital twin;
- tools for real-time analysis of production data.
The integration of these tools provides greater visibility into the process and supports quality, traceability and control across the different stages of production.
Digital simulation also makes it possible to virtually validate the process before installation, while data monitoring enables performance analysis during operation.
From simulation to the real process
One of the most relevant aspects of the project is the integration between the physical and digital worlds.
The ability to simulate and virtually validate the process before implementation makes it possible to act already during the design stages, while the data collected during production enables process operation to be monitored.
The goal is to create a process in which automation, simulation and production information are part of a single integrated system.
ABB Robotics presents the project
ABB Robotics dedicated a video and an in-depth article to the project, presenting the solution developed in the Mirandola Biomedical District and the role of robotic and digital technologies within the process.
The project is a concrete example of how the integration of collaborative robotics, digital twin and production data can support industrial processes where precision, control and traceability play a particularly important role.