On the occasion of the 4th edition of Printemps de la Robotique, an online conference dedicated to heavy load transport in healthcare facilities was held. A look back at an hour of fruitful discussions between industry professionals and experts in autonomous mobile robotics (AMR).
Frédéric Perret, an expert in hospital logistics with 10 years of experience at Toulouse University Hospital, identifies three major challenges surrounding the transport of heavy loads:
In light of these findings, automating heavy workflows using autonomous mobile robots (AMRs) is an effective solution. It helps relieve the burden on healthcare and logistics staff by entrusting transport tasks to robots capable of adapting to the hospital environment.
AMR technology also offers improved traceability, consistent flow, reduced collision risks, and better use of human resources.
Lukas Göbel Gross, representative of AGILOX France, gave a detailed presentation of the AGILOX ONE NFK solution. This omnidirectional robot, based on SLAM (Simultaneous Localization and Mapping) navigation, offers great agility in confined spaces. It is capable of locating its environment without additional infrastructure, which facilitates its deployment.
Among its major strengths:
Meanwhile, in 2024, a working group on heavy logistics flows was launched, bringing together around ten healthcare institutions. The objective: to compare AMR technical solutions with the realities on the ground. A number of meetings helped to identify concrete needs: container compatibility, infrastructure constraints (floor conditions, Wi-Fi, elevators), non-linear flows, reduced storage areas, etc.
The AGILOX ONE NFK model has established itself as a solution particularly suited to hospital environments, thanks in particular to its floor grip and its ability to handle heavy loads safely.
Key recommendations for a successful AMR project in a hospital include:
Finally, the sustainability of the solution was highlighted: equipment designed and assembled in Europe, high-quality components, low maintenance, and an estimated lifespan of between 10 and 15 years. A responsible, reliable, and scalable technological solution.
AMR for heavy load transport is not limited to productivity gains. This is a real transformation in practices, enabling human skills to be better utilized, flows to be secured, and the growing demands of the hospital sector to be met. Meanwhile, through this Robotics Spring and its commitment in the field, it confirms its position as a key player in the integration of intelligent robotic solutions for healthcare.
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