The short answer
A UAE hospital can put robots to work in four places without touching clinical care: moving pharmacy items, specimens, linen and meals between floors (a hospital logistics robot with locked compartments and lift and door integration, from about $26,000), scrubbing corridors and public areas (the Gausium Scrubber 50, from about $34,500, or the Tennant X4 ROVR, from about $38,500), reception and wayfinding (the LG CLOi GuideBot, from about $39,990, which speaks Arabic) and multi-floor night patrol (from about $52,000). These are HORMĒ's indicative prices in US dollars before VAT, installation and integration. Running each machine under the HORMĒ behavior platform adds a licence from $149 per machine per month, and most hospitals start with a paid 90-day pilot on one route or one wing.
Why hospitals are a different kind of buyer
Hospitals are the most conservative buyer of robots and the most loyal once a machine is accepted, because a robot that carries medicines or cleans a ward becomes part of infection-control and logistics procedures, not a gadget. That cuts both ways. The approval path is longer: facilities, nursing, pharmacy, infection control, IT and security all have a say. But once a route is proven, it tends to stay.
The work itself suits robots well. Porters and nurses walk long distances every shift carrying the same things between the same places: medicines from pharmacy to wards, samples from wards to the laboratory, clean linen up and soiled linen down, meal trolleys at fixed times. Every one of those trips takes a person away from a patient. Hospitals have been automating these runs for well over a decade; UNC Hospitals in the United States, for example, expanded its fleet of Aethon TUG delivery robots from 2 to 18 in 2018 for food, linen, supplies and environmental services, with the robots opening doors and calling lifts on their own.
UAE hospitals add their own constraints. Many are multi-storey and lift-dependent, run around the clock, and serve patients and visitors who speak many languages.
Four jobs robots do in a hospital
1. Pharmacy, specimen, linen and meal transport
A hospital logistics robot is an enclosed cart with locked, access-controlled compartments. Pharmacy loads it, the robot travels to the ward on its own, calling the lift and opening automatic doors through the building systems, and only an authorised nurse can open the compartment on arrival. The machine HORMĒ lists for this job carries about 60 kg. The same robot can do scheduled linen and meal runs between the urgent trips. Because the cargo includes medicines and specimens, the hospital decides who can load and unlock each compartment and what is logged.
2. Corridors, lobbies and public areas
Hospital corridors are long, hard-floored and busy at all hours. Autonomous scrubber-dryers take over the repetitive scrubbing of corridors, outpatient halls and entrance lobbies, leaving the cleaning team to concentrate on wards, isolation rooms and spills. The Gausium Scrubber 50 covers about 1,800 m² an hour with 3D LiDAR navigation; the Tennant X4 ROVR is a 20-inch scrubber quiet enough for corridors near wards. On carpeted administrative floors, the Gausium Vacuum 40 vacuums and filters exhaust air through an H13 HEPA filter. For the full range, see commercial cleaning robots in the UAE.
3. Reception, triage queues and wayfinding
Large hospitals field the same questions all day: where is radiology, which floor is the pharmacy, where do I wait for my appointment. A guide robot such as the LG CLOi GuideBot answers on a touchscreen and by voice in several languages, including Arabic, and can walk a visitor to the department. It does not replace reception staff or clinical triage; it takes the directions questions off the desk.
4. Night patrol
Overnight, an indoor patrol robot can walk corridors, plant-room levels and car parks on a set route, riding the lift between floors. The patrol robot in HORMĒ's catalogue uses thermal and visual sensors and routes anything unusual to a human operator to verify before an alert reaches the security team. See security and patrol robots in the UAE.
UV-C disinfection
UV-C disinfection robots are another hospital use HORMĒ supports, but they need more care than the rest. The US Food and Drug Administration warns that direct UV-C exposure can injure skin and eyes within seconds, so UV-C devices are run in empty, closed rooms, after manual cleaning, under the hospital's infection-control procedures. HORMĒ does not publish list prices for UV-C machines; they are quoted per project.
Machines HORMĒ lists for hospitals
| Job | Machine | Maker | Indicative price | Lead time | What it does |
|---|---|---|---|---|---|
| Pharmacy, specimens, linen, meals | Hospital logistics robot | Keenon / Aethon (CN/US) | From $26,000 | 14–18 weeks | Secure transport between floors; locked compartments, lift and door integration, 60 kg payload |
| Corridors and halls | Scrubber 50 | Gausium (CN) | From $34,500 | 10–14 weeks | Mid-size autonomous scrubber for corridors and hospital floors; 1,800 m²/hr, 3D LiDAR, 4–6 hours |
| Corridors near wards | X4 ROVR | Tennant (US) | From $38,500 | 14–18 weeks | 20-inch compact scrubber quiet enough for hospital corridors; BrainOS navigation, 2.5 hours |
| Offices and carpeted areas | Vacuum 40 | Gausium (CN) | From $21,800 | 10–14 weeks | Vacuum, sweep and dust-mop with H13 HEPA filtration; detects carpet and hard floor automatically |
| Reception and wayfinding | CLOi GuideBot | LG Electronics (KR) | From $39,990 | 12–16 weeks | Multilingual wayfinding, including Arabic; dual touchscreen, 10 hours |
| Night patrol | Indoor patrol robot | Cobalt Robotics (US) | From $52,000 | 14–18 weeks | Multi-floor patrol that rides the lift, with thermal and visual sensors and human verification of alerts |
Indicative list prices in US dollars, excluding VAT, installation and integration, subject to confirmation. Treat them as budgetary ceilings: volume orders price below these figures. Full specifications are on the delivery and service robots and cleaning robots pages; for delivery robot prices side by side, see how much a delivery robot costs in the UAE.
An illustrative starter fleet
A common first step is one machine for each of the three busiest non-clinical jobs. Using the list prices above, one hospital logistics robot for the pharmacy-to-ward route ($26,000), one Scrubber 50 for the main corridors ($34,500) and one CLOi GuideBot at the outpatient entrance ($39,990) come to about $100,490 in hardware, before VAT, installation and lift and door integration. Under the HORMĒ Core licence, intended for service and cleaning machines on known routes, the three machines add $447 a month ($149 each). This is an arithmetic example from list prices, not a quotation; a site survey fixes the real numbers.
Leasing is cheaper to start but dearer to hold: on HORMĒ's whole-site cost modelling, leasing and buying cross over at around month twenty, so buying usually costs less for machines that will stay longer than that.
Making several robots work as one team
A hospital that buys a logistics robot from one maker, scrubbers from another and a patrol robot from a third ends up with three apps, three maps and three fleets queueing for the same service lift. That is the problem HORMĒ's Behavioral Intelligence layer is built for: the machines share one map of the building, one set of rules and one operator, and tasks are assigned against what is happening, not a fixed timetable.
In a hospital, the rules carry most of the value. Typical policies include giving medicine and specimen runs priority on the service lift, keeping cleaning robots out of the emergency department corridor and away from fire exits, holding every machine clear of a corridor during a patient transfer, and slowing all robots near outpatient waiting areas at clinic times. The building side of the problem, getting robots from different vendors through shared lifts and doors, is what the open-source framework Open-RMF was created for; it grew out of a 2018 initiative funded by Singapore's Ministry of Health, and the HORMĒ platform connects to it as well as to vendors' own interfaces. See robot fleet management across vendors for how this compares with single-vendor fleet software.
How to start: a 90-day pilot
- Pick one route and one measure. Pharmacy to two wards, or the main outpatient corridor, with a clear measure: deliveries per shift, porter hours freed, or square metres cleaned per night.
- Bring the right people in early. Facilities, pharmacy, nursing, infection control, IT and security each own part of the decision; agree who loads and unlocks compartments and what is logged.
- Survey the site. Floor surfaces, lift model and controls, automatic doors and access control, Wi-Fi coverage, charging points, and the routes patients and staff use at peak times.
- Check approvals before shipment. Any robot with Wi-Fi, Bluetooth or cellular modules needs TDRA type approval before it is used in the UAE; see robot import approvals in the UAE.
- Plan lead times. The machines in the table above take about 10 to 18 weeks to reach a UAE site.
- Run, measure, decide. A paid 90-day pilot shows what the machines actually do in your building. The fleet order follows the results.
Safety in patient and visitor areas
Hospitals are public spaces, so the safety case is different from a warehouse. The ISO 3691-4 standard for driverless industrial trucks excludes vehicles operating in public zones and points to ISO 13482, the safety standard for personal care robots, for those settings; robots in hospital corridors and receptions are assessed against the standards that fit the robot and the site. The robots described here are non-clinical: they move goods, clean floors, give directions and patrol, and are not medical devices. Behavior policies such as exclusion zones and reduced speed sit on top of each machine's own safety functions and do not replace them. See ISO 3691-4 explained for the industrial side.
How HORMĒ fits in
HORMĒ is a Behavioral Intelligence platform for autonomous machines, based in Dubai, United Arab Emirates, that also supplies the machines. For hospitals it supplies logistics, cleaning, guide and patrol robots across the UAE and GCC, handles the approvals before shipment, holds spares in the UAE and puts every machine under one behavior layer, licensed per machine per month. For hospitality buildings, see the companion guide to robots for hotels in the UAE.
Machine categories
Hospital logistics, guide robots Cleaning robots
Corridors, halls, public areas Security and patrol robots
Indoor and outdoor patrol Platform pricing
Per machine, per month
Frequently asked questions
What robots do hospitals in the UAE use?
Hospitals mainly use four kinds of non-clinical robot: logistics robots with locked compartments that carry pharmacy items, specimens, linen and meals between floors; autonomous scrubbers and vacuums for corridors and public areas; guide robots for reception and wayfinding; and indoor patrol robots for overnight rounds. Surgical robots are a separate category of medical device and are not covered by HORMĒ.
How much does a hospital delivery robot cost?
On HORMĒ's indicative list, a hospital logistics robot from Keenon or Aethon with locked compartments, lift and door integration and a 60 kg payload starts at about $26,000, with a lead time of 14 to 18 weeks. Prices are in US dollars before VAT, installation and lift or door integration.
Can hospital robots use lifts and doors on their own?
Hospital logistics robots are built to call lifts and open automatic doors through integration with the building systems, which is how robots such as Aethon's TUG move between floors. Connecting a robot to a hospital's lifts and doors is site work with the lift and access-control contractors and is quoted separately from the machine.
Are cleaning robots safe to use in occupied hospital corridors?
Autonomous scrubbers and vacuums are designed to work around people, slowing and stopping for obstacles, and the Gausium Vacuum 40 filters exhaust air through an H13 HEPA filter. Where and when they run is set by the hospital's infection-control and facilities teams, and behavior rules such as keeping machines away from emergency routes at peak times sit on top of each robot's own safety functions.
Can robots do UV-C disinfection in a hospital?
UV-C disinfection is one of the hospital uses HORMĒ supports, but UV-C light can injure skin and eyes within seconds of direct exposure, so UV-C devices are run in empty, closed rooms under the hospital's infection-control procedures. HORMĒ does not publish a list price for UV-C machines; they are quoted per project.
How can robots from different makers work together in one hospital?
Each manufacturer ships its own app and schedule. HORMĒ is a behavior layer that sits above them, so logistics, cleaning, guide and patrol robots from different vendors share one map of the hospital, one set of rules and one operator, and are coordinated around shared lifts, doors and busy times. The open-source Open-RMF framework, which grew out of a 2018 healthcare initiative in Singapore, addresses the same lift and door problem.
Prices are indicative, in US dollars, and exclude VAT, installation and integration. They are compiled from published distributor pricing current to 2026 and are confirmed by quotation once the site and use case are known. Manufacturer names are used to identify equipment HORMĒ lists; trade marks belong to their owners. External sources: US FDA safety communication on UV-C wands (fda.gov); UNC Health, "The TUG robots are coming" (January 2018). Checked 2026-10-15.
Ask for a quote