Yipsen AMR Hospital Logistics Robot

Yipsen’s AMR Hospital Logistics Robot represents the company’s core product offering, designed to automate material transport throughout healthcare facilities. The system uses autonomous driving, AI visual recognition, and IoT connectivity to enable cross-floor, cross-area delivery operations.

Product Overview

The AMR Hospital Logistics Robot system addresses the challenge of moving medical materials within hospitals, from central storage to clinical departments and back. Unlike traditional conveyor or pneumatic tube systems that require significant infrastructure investment, AMR solutions offer flexibility and can be deployed with minimal facility modifications.

The system is designed to handle the diverse material transport needs of modern hospitals, covering approximately 95% of logistics requirements including medications, sterile instrument packs, IV fluids, medical consumables, laboratory specimens, medical waste, and linens.

Key Features

Designed for hospital-wide material transport, Yipsen’s AMR system covers medications, sterile packs, specimens, and waste across floors using autonomous navigation compatible with 95% of commercial elevators.

• Autonomous Navigation: Self-driving capability with obstacle detection and avoidance, enabling operation in busy hospital corridors
• Automatic Elevator Operation: Communicates with elevator systems for independent floor-to-floor transport
• Automatic Door Access: Integrates with hospital access control systems compatible with 95% of commercial door systems
• AI Visual Recognition: Camera-based identification for material verification and environmental awareness
• Intelligent Fleet Scheduling: Backend algorithms coordinate multiple robots to optimize delivery routes and timing
• IoT Connectivity: Real-time status monitoring and tracking through connected platforms

Technical Specifications

Designed for full-hospital logistics, Yipsen AMR uses SLAM navigation with LiDAR, camera, and ultrasonic fusion, and is compatible with 95% of commercial elevators and door systems.

System Components

Transport Robot Units

Multiple robot configurations available based on payload requirements:

• Standard delivery robots for medications and small consumables
• Large-capacity units for bulk materials and linens
• Specialized containers for waste collection
• Sterile transport modules for surgical instruments

Vertical Lift Docking System

Complementary infrastructure for efficient vertical transport between floors, reducing elevator dependency during peak hours.

Fleet Management Platform

Centralized software system for:

• Task scheduling and priority management
• Real-time robot tracking and status monitoring
• Route optimization algorithms
• Integration with hospital information systems

Clinical Applications

The system supports various hospital logistics workflows:

Pharmacy Distribution: Automated medication delivery from central pharmacy to nursing stations and clinical departments.

Central Sterile Supply: Transport of sterile instrument packs from CSSD to operating rooms and return of used instruments.

Laboratory Logistics: Specimen collection and delivery between clinical departments and laboratory facilities.

Waste Management: Collection and transport of medical waste and soiled linens to designated processing areas.

Supply Chain: Movement of medical consumables from central warehouses to department-level storage.

Deployment Considerations

The system design emphasizes flexibility and customization based on hospital-specific requirements:

• Main corridor trunk routes for high-volume transport
• Branch routes for department-specific delivery
• Local circulation for intra-department logistics
• Scalable fleet size based on hospital bed capacity

Regulatory Status

Hospital logistics robots in China are generally classified as non-medical devices or Class I devices, not requiring NMPA Class II/III registration. The systems comply with fire safety and security regulations required for healthcare facility deployment.

Frequently Asked Questions

What materials can the Yipsen AMR system transport?

The system handles approximately 95% of hospital logistics needs including medications, sterile packs, IV fluids, consumables, specimens, waste, and linens. Specialized container modules are available for different material types.

How does the robot navigate between floors?

The robots communicate directly with elevator systems through IoT protocols, allowing autonomous floor selection and operation. The system is compatible with over 95% of commercial elevator installations.

Can the system integrate with existing hospital information systems?

Yes, the fleet management platform supports integration with hospital information systems for coordinated task scheduling and material tracking.