Service Robot · Products

AIBAYES Hospital Logistics Robot

AIBAYES Hospital Logistics Robot automates internal material transport within healthcare facilities, handling routine delivery tasks for medications, laboratory specimens, IV preparations, and general supplies.

Product Overview

Built on AIBAYES’s L4-level indoor autonomous driving platform, this logistics solution addresses the labor-intensive process of moving materials between hospital departments. The company claims the system can handle over 95% of typical hospital internal logistics requirements, freeing clinical staff from transport duties.

The robot navigates autonomously through hospital corridors, elevators, and departmental entrances while maintaining full traceability of transported items. Integration with hospital information systems enables automated task assignment based on order placement in pharmacy, laboratory, or supply chain modules.

Key Features

Designed for hospital internal material transport, the AIBAYES logistics robot handles medication, specimen, and supply delivery with ±1 cm positioning accuracy across multi-floor routes.

  • High-Precision Navigation: ±1 centimeter positioning accuracy during transit, ±5 millimeter precision for endpoint docking
  • Multi-Sensor Fusion: Combines 360-degree laser scanning with 3D visual obstacle detection for reliable navigation in busy hospital environments
  • Human-Robot Coexistence: Supports mixed traffic scenarios with staff, patients, and visitors without requiring dedicated pathways
  • Continuous Learning: Navigation algorithms improve over time based on accumulated operational data
  • Full Traceability: Transport records enable chain-of-custody documentation for regulated materials

Technical Specifications

At ±1 cm transit positioning and ±5 mm docking precision, the AIBAYES logistics robot delivers chain-of-custody traceability for medications and specimens across hospital departments via 360° laser and 3D visual navigation.

ParameterSpecification
Navigation Precision±1 cm positioning
Docking Accuracy±5 mm
Obstacle Detection360° laser + 3D vision
Fleet ManagementMulti-robot coordination
ConnectivityWiFi, IoT sensors
ChargingAutonomous docking

Clinical Applications

Pharmacy to Ward Delivery: Transporting dispensed medications from central pharmacy to nursing stations, reducing medication delivery delays and freeing pharmacists from distribution logistics

Laboratory Specimen Transport: Moving blood samples, tissue specimens, and other diagnostic materials between collection points and testing laboratories with documented chain of custody

IV Preparation Distribution: Delivering prepared IV bags from pharmacy compounding areas to clinical departments

Supply Replenishment: Automated delivery of consumables and supplies from central storage to department stock rooms

Linen and Waste Collection: Some configurations support reverse logistics including soiled linen pickup and regulated waste transport

Regulatory Status

RegionStatusNotes
China (NMPA)Not ApplicableLogistics automation, not medical device
EU (CE)Unknown-
US (FDA)Unknown-

As a logistics automation platform that transports but does not interact with or modify medical materials, the system typically falls outside medical device classification requirements.

Frequently Asked Questions

What materials can the logistics robot transport?

The robot handles a wide range of hospital materials including packaged medications, sealed specimen containers, IV bags, medical supplies, documents, and in some configurations, linen and waste containers. Items must be compatible with the robot’s cargo bay dimensions and weight capacity.

How does the robot handle elevator travel between floors?

AIBAYES logistics robots integrate with building management systems to autonomously call elevators, enter, select floors, and exit. This enables fully autonomous multi-floor operation without human assistance for vertical transport.

Can multiple robots operate simultaneously?

Yes, the fleet management system coordinates multiple robots operating in the same facility, handling task assignment, route optimization, and collision avoidance between units. This enables scaling to match facility logistics volume.

Last modified: January 16, 2026

Sources

Publicly available references used for the data on this page. See data methodology for verification standards.