Live200 robots in operation across Europe as of May 2026.Live44 OEM partners and counting. Three new this month.Live11 European countries operational. Germany, Austria, Switzerland, France, Italy, Spain, Netherlands, Denmark, Sweden, Poland, United Kingdom.LiveFirst humanoid on Floor 2, Hamburg senior living. Week 12 of operation.PublishedCost-reduction case with a care group. Double-digit cost offset, year one.Live200 robots in operation across Europe as of May 2026.Live44 OEM partners and counting. Three new this month.Live11 European countries operational. Germany, Austria, Switzerland, France, Italy, Spain, Netherlands, Denmark, Sweden, Poland, United Kingdom.LiveFirst humanoid on Floor 2, Hamburg senior living. Week 12 of operation.PublishedCost-reduction case with a care group. Double-digit cost offset, year one.
werob.

Solution · Healthcare

Every trolley pushed down a ward corridor is a nurse not at the bedside.

Meals, linen, waste, sterile goods, samples, medication: a hospital moves an enormous amount of material, and much of it moves on the legs of clinical staff. werob integrates transport, cleaning and disinfection robots from real manufacturers into the building you already have, so those minutes go back to patients.

1.841

hospitals in Germany

Solution · Healthcare

The logistics are not the care, but they consume the carers.

Germany runs 1,841 hospitals with 472,900 beds and roughly 17.5 million inpatient cases a year (Destatis, reporting year 2024), and the constraint in almost all of them is people rather than beds. A large share of the work that fills a shift is not clinical at all: fetching a set of sterile instruments, walking a sample to the lab, chasing a missing meal trolley, pushing linen to the basement. That work is repetitive, mapped to fixed routes and fixed times, and it is exactly the shape of work a robot does well. The clinical judgement stays with the staff; the corridor kilometres do not have to.

What the robot runs

01

Supply runs

Heavy automated guided vehicles move roll containers between central kitchen, ward, CSSD, pharmacy, laundry and waste on a fixed timetable, including nights and weekends. Platforms in this class carry up to 500 kg and lift the trolley clear of the floor.

02

Courier routes on the ward

Smaller courier robots take the last mile that the big vehicles cannot: a sample to the lab, a medication tray to the ward, a document to the office. Compartments are lockable, and every handover is logged.

03

Floor cleaning & UV-C

Autonomous scrubbers document large-area floor cleaning route by route. UV-C robots are specified as a supplement after terminal cleaning, never as a replacement for manual wipe disinfection.

04

Lifts, doors and evidence

The part that actually decides a hospital project: lift interfacing, automatic and fire doors, coverage across the building, charging positions, hygiene of the container and a handover record. That integration work is what werob does.

Hardware match

  • MLR Caesar Hospital II
  • DS Automotion CAREY
  • Robotise JEEVES
  • UVD Robots

Connectors

  • KIS / HIS

Standards

  • MDR (EU) 2017/745
  • EU 2023/1230
  • ISO 3691-4
  • KRINKO / RKI
  • DSGVO / GDPR

Built for hospitals and labs

What the operator describedHardware matchCadenceStatus
Automated guided vehicles run the supply timetable between central kitchen, ward, CSSD and laboratory, carrying roll containers around the clock instead of a porter pushing them.MLR Caesar Hospital II · DS Automotion CAREYAround the clockAvailable
A courier robot takes the ward last mile with lockable compartments: samples to the lab, medication to the ward, each handover logged.Robotise JEEVES · DS Automotion SALLY courierPer shiftAvailable
A UV-C robot runs an additional irradiation cycle in the empty room after terminal cleaning, with dose and dwell time documented per waypoint.UVD RobotsAfter terminal cleanAvailable

Healthcare is a newly available werob solution. Hardware and cadence are representative; per-site scope is set in your spec. The figure above describes the addressable market in Germany (1,841 hospitals, Destatis, reporting year 2024), not live deployments. UV-C acts only on directly irradiated surfaces and supplements manual wipe disinfection under the KRINKO recommendations rather than replacing it. Lift and door integration is scoped per building; no manufacturer ships it as an off-the-shelf feature.

Hospital questions

Does this replace nursing staff?
No. These robots move material, not patients, and they make no clinical decisions. What they take over is the transport and cleaning work that currently sits on top of a shift: trolleys, samples, linen, waste, floors. The intent is to give corridor minutes back to the ward, not to reduce the establishment.
Is a hospital robot a medical device?
Usually not, and the distinction matters. A robot that transports meals, linen, waste or sealed samples is machinery under Regulation (EU) 2023/1230 and carries a CE mark on that basis. It only falls under the Medical Device Regulation (EU) 2017/745 if the manufacturer gives it a medical purpose, for example dosing or administering a medicinal product. We establish that classification during the spec, before anything is ordered, because it changes the whole conformity route.
What about lifts and doors? That is where these projects usually fail.
That is the honest hard part. No manufacturer we work with publishes a ready-made lift protocol or a named lift-maker partnership; lift, automatic-door and fire-door interfacing is an integration item in every hospital project, not a feature you buy. It is scoped early with your building services and lift service provider, because a robot that cannot change floors reliably is a robot on one floor.
Can a robot disinfect a room?
Only partly, and any vendor promising more deserves scepticism. UV-C acts on directly irradiated surfaces, so anything in shadow behind a monitor, a bed or a bin receives no meaningful dose. The dose itself falls off with distance and depends on dwell time, and the room has to be empty of people. UV-C is therefore specified as a documented supplement after manual wipe disinfection under the KRINKO recommendations, never as a substitute for it. Cleaning robots clean; they do not disinfect. The published evidence is also thinner than the marketing suggests: the one large randomised trial found an effect, later reviews of UV-C in hospitals did not, and no cleaning robot we have examined publishes a disinfectant clearance list.
Which robots are we actually talking about?
Real, purchasable hospital platforms, several of them from German-speaking manufacturers: MLR in Ludwigsburg with the Caesar Hospital II, DS Automotion in Linz with CAREY and the SALLY courier, Robotise in Munich with JEEVES for the ward last mile, Aethon with the T3, and UVD Robots or Hero21 from Dortmund for UV-C. werob is manufacturer-independent and picks the platform from the route and the payload. Note that transport robots in a hospital corridor are assessed against ISO 3691-4, harmonised in the Official Journal since May 2024, and that almost no manufacturer publishes a declaration against it. That question belongs in your tender.
Where does werob stop and wedrone start?
Inside the building and on the ground it is werob: supply runs, courier routes, cleaning, disinfection. Between sites and through the air it is wedrone: samples, blood products and medication flown between hospital, external laboratory and pharmacy, coordinated with certified partner operators. Many hospital groups want both, and they are specified together.

Start

Give the corridor minutes back to the ward.

Describe the routes, the payload and the building in plain language. First spec in 48 hours, first robot on site in eight weeks.