Walk a hospital corridor for twenty minutes and you will see the same thing nurses see all day: people carrying things. A specimen bag to the lab, a pharmacy order to the ward, a meal trolley to the third floor, linen back down to the basement. None of it is clinical work, and all of it competes for the same minutes that clinical work needs. A hospital delivery robot is bought to take those journeys out of the rota — not to replace anyone, but to stop trained staff from being the transport system.
This page covers what those routes actually are, why the hard part is not the machine but the route, what a hospital environment demands of it, and the checks that decide whether a deployment works on your site. The floor-cleaning side of hospital operations is a separate guide — see the hospital floor cleaning page — and most hospitals end up needing both.
Which journeys a hospital delivery robot should take
Hospital logistics is not one job, it is five, and each has a different tolerance for delay and a different owner:
- Specimens and samples to the lab. Time-critical, small, and often carried by someone whose clinical training is being spent on walking.
- Pharmacy orders to wards. Predictable rounds, multiple stops, and a clear handover point at each one.
- Meals and catering. Bulk, on a fixed schedule, and the single largest burst of movement in the building on many days.
- Supplies and consumables. Store room to department, repeated all day, rarely urgent and always in the way of something more urgent.
- Return flows: linen, waste and equipment. The journeys nobody schedules because they only exist after something else has been used.
Rank those by how much staff time they consume, not by how technical they sound. The meals round and the supply top-ups usually beat the dramatic-sounding urgent run for total hours displaced.
The route matters more than the machine: clean and dirty sides
This is the part that separates a hospital deployment from an office one. Hospitals separate clean and dirty flows on purpose, and a delivery machine has to respect that separation rather than ignore it.
- Clean-side routes carry pharmacy, sterile supplies, meals and linen. These are the natural first deployment, because the handover points and the expectations are clear.
- Dirty-side routes carry specimens, used instruments and waste back to processing. These need a defined containment routine and, often, a machine dedicated to them.
- The question to answer early is whether one platform can run both sides with a documented wipe-down between routes, or whether the site wants two machines with two areas. Both are valid; leaving it undecided is what causes problems at commissioning.
Where an item should not pass through several hands — a specimen, a sealed pharmacy order, a confidential document — a contactless handover machine fits the requirement directly: the recipient collects from the unit rather than taking it from a person. That is the pattern the Shan Dian machine was positioned for, and it applies well beyond hospitals — clinic waiting areas and after-hours corridors work the same way.
What it has to get right in a hospital
- Lifts and access control. Multi-storey routes need the machine to call and ride a lift, and to get through doors and gates that were designed for people with badges. Agree lift priority and access rules before delivery, not after.
- Sharing corridors with patients. Wheelchairs, trolleys and people who cannot step aside quickly. The machine should slow down, route around and signal its approach rather than stopping and waiting for a clear corridor that will not come.
- Noise discipline. A ward area at night is the strictest acoustic environment on the site. Anything that announces itself loudly belongs in a logistics corridor, not outside a bay.
- Hygiene of the machine itself. Trays and shelves that can be removed and washed, and surfaces that tolerate your existing cleaning agents. Ask what the daily and weekly routine looks like and who performs it.
- Running the shift that matters. The busiest windows are meal rounds and the hours when the pharmacy and stores are staffed — the machine needs to be available then, with a docking and charging position that lives in a logistics area rather than in a clinical corridor.
- An owner inside the hospital. Someone has to own the route definitions, the handover points and the escalation path when a delivery does not arrive. Without a named owner, an autonomous logistics system quietly becomes an unused one.
Matching a hospital delivery robot to the route
Our delivery range is positioned by service pattern rather than by specification. For hospital work the patterns look like this, with the exact configuration confirmed against your floor plan:
- Shan Dian — contactless handover, positioned for exactly the cases where an item should pass through as few hands as possible: ward drops, clinic waiting areas, after-hours corridors.
- De Li Ge — the multi-order machine, for rounds that stop at several points before returning. Ward-by-ward pharmacy or meal rounds are the natural fit.
- Panda — the general-purpose service unit positioned for restaurants, hotels and offices, which suits reception areas, staff canteens and administrative floors of a hospital campus.
- Amy — the guest-facing unit, where the machine interacts directly with people and has to look and behave the part: outpatient reception, visitor-facing areas, hospitality functions on site.
The full range sits in the delivery robot category. We confirm capacity, route length and handover configuration against your layout rather than quoting a brochure figure — for hospital work that conversation starts with the route, not the robot.
The floor is a separate project — but usually the same decision
Hospital corridors are simultaneously the busiest circulation space and the most scrutinised floor surface in the building, which is why the cleaning decision tends to land in the same budget conversation. Two machines matter here:
- SC80 — for long, wide circulation routes and large open areas: built for long hours with automatic return-to-charge and status reporting, which is what overnight and early-morning cycles depend on.
- SW55A — for mixed floor plans that change from area to area, with routes re-planned when the layout changes rather than fixed lines that break when a department is reconfigured.
Both spend their working life in the same corridors as patients, trolleys and beds, so people-aware navigation and lift integration are not optional extras — the same requirements as the delivery side of the project. The inspection rhythm that keeps either machine available is in the maintenance checklist; where corridors are glazed or feature-poor, fixed floor markers give navigation something dependable to lock onto.
What to check before you order
- The narrowest point on each route, measured with a bed or trolley beside it.
- Which lifts and doors the machine must use, and whether it can be given priority on them.
- Where it docks and charges, and whether that position is inside the clean side of the building.
- Network coverage along the whole route, including service corridors and basements.
- The wipe-down and wash routine for the machine, and who performs it.
- The named owner for routes, handovers and escalation.
How to start
Send us the routes you would take off the rota first — the lab runs, the pharmacy round, the meal trolley — plus the narrowest gap on each and the number of floors involved. We will come back with a suggested machine, a handover plan for each stop and the access and lift requirements to agree internally. Send the three route details here, or compare the range first in the machine overview and the wider industry guide.
- Clinical staff are the transport systemSpecimen runs, pharmacy drops and meal trolleys all come out of the same pool of minutes that patient care needs.
- Clean and dirty flows share a corridorWithout a defined separation, the same machine ends up carrying sealed pharmacy orders after a specimen run.
- Lifts and doors were designed for badge holdersAccess control and lift priority decide whether a route works at all, and they are rarely agreed before commissioning.
- Ward noise budgets are the strictest on siteAnything that announces itself loudly cannot work outside a logistics corridor at night.
- Nobody owns the routeWithout a named owner for handovers and escalation, an autonomous logistics system quietly stops being used.
- Specimens and pharmacy stop consuming clinical minutesThe journeys that interrupt patient care become scheduled transport instead of ad-hoc walking.
- Contactless handover where items should pass few handsSealed orders and samples are collected from the unit rather than handed over person to person.
- Meal and supply rounds run to scheduleRounds happen at the time they are planned for, not when someone becomes free.
- Clean and dirty sides stay separated by designOne platform per side, or a documented wipe-down between routes — decided up front instead of at commissioning.
- A logistics layer that scales with the buildingExtra departments and extra floors are covered by adding machines, not by adding walking to existing rotas.
Planning a hospital delivery rollout? See the payload and building-acceptance checklist and the buy-versus-service decision.