In today’s healthcare environment, efficient and error-free logistics are essential. The AImediRUNNER Robot Delivery System is an innovative solution designed to streamline hospital logistics through autonomous, intelligent robots. These robots efficiently transport supplies across departments, minimizing delays and reducing human error.

Equipped with advanced features like contactless delivery, real-time GPS tracking, and UV disinfection, the system enhances both safety and efficiency. By automating logistics, hospitals can allocate more resources to patient care, improve infection control, and create a more resilient healthcare environment. This system represents a significant leap forward in hospital automation and operational excellence.

➊ Real-time call and order of distribution body based on mobile device

➋ Priority order receiving near the machine body, and priority order receiving is independently configured

➌ Real-time identification of priority route planning and collision avoidance opportunities for multi-body narrow roads and intersections

➍ Order task management and big data evaluation to facilitate deployment of transport capacity


System architecture

Network communication layer


Construction content

Robot logistics system relies on strong application development and hardware design capabilities in traditional machines.

In addition to the indoor distribution of the device and transmission system, a unique indoor + outdoor omni-domain distribution scheme has been developed, which can complete long-distance inter-building distribution without relying on the connecting corridor and only using the standard handicapped ramp of the hospital.

The operation area of the robot logistics system is extended to every corner of the hospital, and the indoor and outdoor distribution site is seamlessly connected.

Central pharmacy

Operating Room/Anesthesia Department

Laboratory/Imaging Department

Supply center/Disinfection Room

Static distribution Center/Logistic Center

Ward/ICU nurse station


Technical support

Through the establishment of 3D BIM model, the network management of all intelligent devices in the whole hospital area can be realized, and the robot order information, plan path, operation situation and other information can be displayed in real time. The integration of big data computing basis provides strong auxiliary decision-making support for the hospital to adjust the logistics capacity of each department.

The mobile terminal is equipped with a call system, which uses 5G or WIFI signals to allow users to call the robot anytime and anywhere, immediately in place, to avoid the embarrassment of people looking for the machine.

GPS positioning and order coordination system are used to sense the running state of the robot, automatically calculate the optimal order receiving robot, plan the existing task path and the optimal order receiving path, and maximize the robot delivery efficiency.

The use of harmless 222 nano sub-lamp technology, the establishment of the box inside space and outside the box surface comprehensive elimination system, is really to achieve the “man-machine coexistence” type virus blocking, to provide help for hospital infection control work, protect the health and safety of medical staff and patients.

The robot senses the elevator condition

• The self-developed system is used to sense the conditions in the elevator and send signals to the elevator

➋ Send real-time command control to elevator

• Send elevator commands required for robot travel route

➌ Elevator condition confirmation

• Confirm the operation of the elevator and adjust the command in real time according to the change of the elevator operation

Unique suspension counterweight chassis design ensures The center of gravity of the robot is stable during heavy loading, and its conveying ability in complex terrain such as ramps and depressions is significantly enhanced. Greatly improve the climbing Angle of the robot, and truly realize the safe distribution of the hospital indoor and outdoor scenes without dead corners.

Based on face/iris recognition technology, face brushing is Materials can be placed and collected, truly non-contact transfer, but also for order traceability, material verification to provide technical support. At the same time, the application scenario is greatly expanded to meet the standard requirements of the operating room, the infected building and other departments.


Logistic system


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