Payload Capacity40 kg (max)
Compartment Volume3 × 10L lockable bins
Robot Dimensions (L×W×H)680 × 520 × 1350 mm
Robot Weight (w/o battery)120 kg
Delivery Accuracy≥ 99.5%
Healthcare AMR Robot
Hospital Medication Delivery
Autonomous hospital medication delivery robot for safe, contact-free medical supply transport in hospitals and healthcare facilities
A Healthcare Autonomous Mobile Robot (AMR) is a self-navigating robotic platform designed specifically for transporting medications, medical supplies, lab specimens, and sterile instruments within hospital buildings. Unlike traditional AGVs that follow fixed wires or magnetic tapes, healthcare AMRs use LiDAR SLAM and 3D vision to map hospital corridors, dynamically avoid obstacles, and navigate across multiple floors via elevator integration.
The robot operates as a fully autonomous courier between the central pharmacy, nursing stations, operating rooms, and laboratories. Staff place medications or supplies into the robot's secure lockable compartments via a touchscreen interface or hospital information system (HIS) work order. The AMR then autonomously plans the optimal route, travels to the destination, and notifies the receiving staff for pickup — all without human escort.
Each delivery is tracked in real time through the fleet management cloud platform, providing full traceability of medication chain-of-custody. The robot's compartments feature UV-C disinfection capability and sealed interiors to maintain sterility during transport, making it suitable for carrying controlled drugs, IV fluids, blood products, and temperature-sensitive pharmaceuticals.
Healthcare AMRs integrate directly with hospital systems including HIS, pharmacy management, elevator control, and building access systems, creating a seamless automated logistics layer within the facility. Deployment typically requires no structural modifications to existing hospital infrastructure.
High-security, RFID badge-access compartments with individual lockable bins ensure only authorized medical staff can retrieve medications. Each access event is logged with timestamp and user ID for full chain-of-custody compliance.
Continuous round-the-clock delivery operations without fatigue. Hot-swappable battery packs enable non-stop service — swap depleted batteries in under 30 seconds without interrupting the delivery schedule.
Native API integration with hospital elevator controllers and badge-access door systems. The robot autonomously calls elevators, selects destination floors, opens secure doors, and navigates across multi-floor hospital layouts without human assistance.
Sensor fusion combining 360° LiDAR, depth cameras, and ultrasonic sensors enables precise mapping and real-time obstacle avoidance. Safely navigates around patients, beds, wheelchairs, carts, and staff in dynamic hospital corridors.
Centralized cloud platform for multi-robot task assignment, real-time tracking, route optimization, delivery analytics, and remote OTA firmware updates. Dashboard provides live visibility into fleet status, battery levels, and task queues.
Cargo compartments feature built-in UV-C disinfection cycles between deliveries. Exterior surfaces use antimicrobial coatings and smooth sealed panels that withstand hospital-grade disinfectants. Contact-free delivery minimizes cross-contamination risk.
Direct API connectivity with Hospital Information Systems (HIS), electronic medical records (EMR), and pharmacy management platforms. Delivery tasks are automatically generated from prescription orders, enabling end-to-end workflow automation from order to bedside delivery.
Optional refrigerated compartment module maintains 2-8°C for vaccines, blood products, and biologics. Integrated temperature logging with real-time alerts ensures cold-chain integrity throughout the delivery process, with audit trail for regulatory compliance.
RESTful API integration with HIS and EMR platforms. Prescription orders automatically trigger delivery tasks. Medication verification via barcode/RFID scanning at loading and unloading points ensures the right drug reaches the right patient.
Direct interface with pharmacy dispensing systems. When medications are dispensed and staged, the system generates a delivery order, assigns the nearest available robot, and calculates the optimal route. Inventory updates sync in real time.
Native API or dry-contact I/O integration with elevator controllers enables the robot to autonomously call elevators, select destination floors, and navigate across building levels. Door access systems are controlled via RFID or building management APIs for seamless multi-floor transit.
Standard deployment follows four phases: ① Site Survey — map facility layout, elevator specs, and Wi-Fi coverage; ② System Mapping — LiDAR-based SLAM mapping of all corridors and rooms; ③ Integration — connect elevator, door, and HIS APIs; ④ Pilot & Go-Live — staff training, supervised runs, then full autonomous operation. Total: 2-4 weeks.
Autonomous transport of unit-dose medications, IV solutions, and pharmacy supplies from the central pharmacy to nursing stations on all floors. The robot navigates elevators and corridors to deliver directly to ward med rooms, reducing nurse walking time by up to 60%.
Transfer dispensed prescriptions from the outpatient pharmacy staging area to pickup counters. The robot ensures orderly, trackable delivery of patient medications with real-time status notifications to pharmacy staff.
Timely collection and delivery of blood samples, tissue specimens, and lab materials from wards and clinics to the central laboratory. Sealed, vibration-dampened compartments maintain specimen integrity and chain-of-custody documentation.
On-demand transport of surgical instrument sets, sterile supplies, and implant materials from central sterile supply department (CSSD) to operating suites. UV-C sterilized compartments ensure aseptic transport conditions.
Temperature-controlled delivery of vaccines, blood products, plasma, and biologics between the blood bank, pharmacy cold storage, and clinical departments. Continuous temperature logging with real-time alerts ensures regulatory compliance.
Scheduled UV-C disinfection runs in corridors, elevators, and common areas during off-peak hours. The robot follows pre-programmed routes, activating UV-C modules to sanitize high-traffic zones, supplementing manual cleaning protocols.
Automate routine medication and supply transport. Nursing and pharmacy staff redirect hours saved from walking and waiting to direct patient care, clinical assessment, and medication counseling.
Contact-free delivery with UV-C sterilized compartments minimizes cross-contamination between departments. Sealed cargo areas and antimicrobial surfaces support hospital infection prevention protocols.
Autonomous robots operate continuously without fatigue, shift changes, or breaks. Critical medications and STAT supplies are delivered on time, day or night, with consistent speed and accuracy across all floors.
Start with a single robot for pilot validation, then scale the fleet as delivery demand grows. Cloud-based fleet management enables multi-site coordination across hospital campuses and regional networks from a single dashboard.
The robot transports unit-dose medications, IV fluids, controlled drugs, lab specimens, blood products (with cold-chain module), surgical supplies, and sterile instrument sets. The three lockable compartments allow segregation of different item types — for example, controlled substances in one bin and general supplies in another.
The robot integrates directly with hospital elevator controllers via API or dry-contact I/O. It autonomously calls the elevator, enters, selects the destination floor, and exits. The same integration applies to badge-access doors and automatic sliding doors throughout the facility.
The AMR uses 360° LiDAR, RGB-D depth cameras, and ultrasonic sensors for multi-layer obstacle detection. It stops or reroutes around patients, wheelchairs, beds, and staff. Physical emergency-stop buttons, software-controlled braking, audible alerts, and LED indicators provide additional safety layers. Certified to ISO 13482 (personal care robot safety standard).
Standard deployment takes 2-4 weeks: site survey → LiDAR mapping → elevator/door API integration → staff training → supervised pilot → full autonomous operation. No structural modifications to corridors, floors, or walls are required. The robot needs standard Wi-Fi coverage and a charging dock outlet.
Compartments are locked with RFID badge-access control. Only authorized staff can open bins. Every access event is logged with timestamp, user ID, and compartment number. Combined with barcode/RFID verification at loading and unloading, this provides end-to-end chain-of-custody traceability from pharmacy to bedside.
Yes. The AMR is designed for dynamic hospital environments. Its sensor fusion system continuously detects and classifies moving obstacles (patients, staff, carts) and replans routes in real time. Speed is automatically reduced in crowded areas. The robot can wait at corridors or pull to the side to allow passage when needed.
Contact our healthcare robotics team for deployment planning, site assessment, and customized solutions for your hospital or healthcare facility.