Six Hospital Delivery Robots Give Back 90 Minutes a Nursing Shift

Walking the floors for everything a ward needs

On a large acute care campus, the distance between a supply room and a patient bed is measured in corridors, elevators and handoffs. Every restocked tray, pharmacy order or linen bag that travels by hand pulls a nurse away from the bedside, and those trips add up over the course of every shift.

At an 800 bed medical center, the logistics load fell on the same clinical staff who were already managing patient acuity. The center needed a way to move routine loads without adding headcount or asking nurses to become couriers.

• Supplies restocked to nursing units
• Meals and meal tray collection
• Medications moved between pharmacy and wards
• Linen and waste handling

Six robots, one fleet, and a clear set of routes

The center deployed a fleet of six delivery robots into its existing logistics flow. The fleet took over recurring runs that had been done by staff on foot, so nurses could keep their attention on patients between tasks.

A deployment of this size depends on the groundwork around the robots. Routes have to match how the building actually works, staff have to trust the handoffs, and someone has to be ready to respond when a unit falls out of service. Those are the parts that determine whether a fleet keeps working after the first month.

• Map each floor and elevator the fleet will use before the first run
• Set delivery routes and handoff points with nursing and supply staff
• Train nurses and runners on loading, unloading and call-for-pickup steps
• Agree on a service plan for repairs, software updates and spare units
• Track completed runs and failed runs from the first week forward

What the fleet delivered, and what it saved

The headline result is the time returned to nursing staff. The robot vendor reports that nursing staff saved an average of 90 minutes per shift on logistical tasks after the fleet went into service. The figure is an average across the shift, not a fixed block of time, and it reflects the work the robots took over rather than a change in patient care.

Over one year, the six robots completed more than 50,000 deliveries with a 99.7 percent success rate, a volume that shows how often a fleet of this size is in motion across a large campus. The center reported a return on investment within 18 months. That payback was calculated from labor cost savings alone, so the hospital did not count any other benefit toward the figure.

What this means for a hospital weighing a robot fleet

The lesson from this deployment is practical. The gains came from matching a small fleet to a defined set of recurring runs, then keeping those runs reliable every day. Service Robot Co. works from the same starting point: a site assessment that maps the building and the routes, then a selection of robots from more than one manufacturer, because a hospital corridor is rarely a single-vendor problem.

We lease robots to businesses on a 3-year lease with one fixed payment, quoted after the site assessment, so a facility can plan the cost without a large upfront commitment. Our engineers handle robot deployment and integration, go live support and staff training, and the robots are kept running through a robot maintenance service plan backed by a nationwide US engineer network, on-site dispatch, remote triage and spare unit coverage. We did not deploy the fleet described here. We bring the same lifecycle discipline to the next hospital that wants its nurses back on the floor.