How Delivery Robots Can Benefit Nursing Homes

How can delivery robots for nursing homes help aides today?

Delivery robots for nursing homes take the carrying work off aides. A delivery robot can move clean linens, supply bins and meal trays between resident wings, the laundry room, the kitchen and central storage, on a schedule the building sets. Aides stay on the floor with residents instead of walking supplies down a hallway.

The main benefit is time. Minutes that go to fetching and restocking can go to toileting help, feeding, transfers and the quiet check-ins that residents and families notice. The robot does not replace the aide. It takes over trips that do not need a trained caregiver's hands.

This page covers where aide time goes today, the main benefits, how the robot works day to day, which areas it serves, how it fits with a smaller team, what drives the savings, what it cannot do, and how to start with a lease.

Where does aide time go in nursing homes today?

Most of an aide's shift should go to direct care, yet a share of it goes to running things. A Canadian observational study covered 7 nursing homes and about 368 observed hours. According to the 2012 study, published in the International Journal of Nursing Studies, aides spent 30.9% of day-shift time on non-value-added activities and 37.5% on evening shifts.

One facility's evening aides reached 53.7%. The study is from 2012, so treat these percentages as a pattern, not a current benchmark. We found no recent U.S. per-shift figure to replace it, so the newer staffing data below is the better guide to the pressure on today's teams.

Staffing is tight across the sector. According to the U.S. Bureau of Labor Statistics, there were 1,495,400 nursing assistant jobs in 2024. The bureau projects 2% growth from 2024 to 2034, slower than average, which adds about 34,400 jobs over the decade. An operator cannot count on hiring its way out of a short shift.

What are the main benefits for residents and aides?

Residents get more attention from the people they know. When aides spend fewer minutes on trips, call lights, rounds and mealtime help face less competition for the same staff member. A call light gets answered within a few moments of going on, and that small gap is what residents notice.

Aides get fewer interruptions and less pushing of carts through halls. Fewer carts in corridors can also mean clearer paths for residents using walkers and wheelchairs. Less walking between wings can ease strain at the end of a long shift, although the robot does not remove the physical work of care itself.

Administrators gain a more predictable delivery pattern. A robot runs the same routes on schedule, so linen and supply runs stop depending on whichever aide happens to be free. Hours recovered from routine runs can go to the shifts that are hardest to fill.

How does a delivery robot work in a nursing home day to day?

A staff member loads the robot at a staging point, usually a clean linen cart, a supply bin or a meal tray set, then chooses the destination, such as a wing station or the laundry room. The robot follows its mapped route and stops where it is expected. Staff can see where each run is and confirm when it arrives.

Routine runs follow the rhythm of the building. Clean linen goes out in the morning, supplies restock during the midday window, trays head to dining rooms before meal service, and soiled linen returns to the laundry room in the evening. Staff can add an urgent run on demand.

Stage carts in one set place on each floor so arrivals and departures stay predictable for everyone in the corridor. Keep the charging spot out of the main path, so the robot is never parked where an aide or a visitor has to step around it.

Operators decide what the robot may carry during the site assessment. Anything that needs a licensed person, including medication handling, stays with staff.

Which areas of a nursing home does the robot work in?

The robot works where the trips are. In a typical layout that means the long corridors between resident wings, the route to central storage, the laundry room and the path from the kitchen to the dining rooms. Those are the paths where aides lose the most shift time to carrying.

It works less well in spaces that need hands-on care or tight maneuvering. Resident rooms are visited by staff, so the robot stops at a wing station or supply point just outside them. Doorways, elevators and busy corners set how far a route can go.

Multi-floor buildings add elevator timing to the plan. A route that uses an elevator needs a clear rule for who calls it and how the robot waits, or the run slows down at the busiest hour.

The zones below show six areas where the robot usually works. Your floor plan and elevator access decide which ones apply and how many robots the site needs.

Can a delivery robot work alongside existing staff?

Yes, and it should. The robot works alongside a smaller team, not in place of one. Aides still give care, nurses still handle clinical work, and dietary and housekeeping staff still run their departments. The robot takes over the walking and the carrying.

Staff need training before go live. We train your team on loading, unloading, what to do when a route is blocked and how to pause a run safely. When the people on the floor know how the robot fits into their shift, they are more likely to use it as planned.

Expect a short adjustment period. Aides may need to change the way they stage carts, and the schedule works best when managers and aides agree on it first. We set that schedule with your managers during the site assessment, then review it after the first weeks of runs.

Night shifts often feel the gap most, because a short team has fewer people to cover rounds and carrying at once. A linen or supply run scheduled early in the morning can give the night aide time back for rounds.

What drives the savings in staff hours?

The savings come from hours recovered on routine runs, and the amount depends on the building, the routes and how often trips happen. Published figures give ranges rather than a single answer. In the 2012 Canadian study, aides spent between 30.9% of day-shift time and 37.5% of evening-shift time on non-value-added activities, and some of that time is carrying work a robot can take over.

A Singapore case study on automated meal and laundry delivery estimated 176 man-minutes per day freed by automating laundry delivery. That figure is vendor-reported, so use it as a planning input and test it in your own building.

Turnover shapes how much those hours matter. An older 2022 analysis, not federal data, reported average nationwide nursing home turnover of about 52%, with a median of 60% at one-star homes and about 45% at five-star homes. Returned hours can ease a stretched team, but a robot does not fix turnover on its own.

What can a delivery robot not do?

It cannot provide care, lift a resident or make a clinical call. It does not answer a call light, and it cannot take on any task that needs human hands on a person. Those duties stay with the team.

It has physical limits. Doors, elevators and tight corners set the range, and a wing with frequent obstructions or heavy foot traffic needs a route plan before deployment. Some older buildings also need adjustments before the robot can run smoothly.

Residents may find a moving machine unsettling at first. Introduce it gradually, explain it to residents and families, and keep routes away from quiet rooms where residents rest.

The evidence base is thin. We found no peer-reviewed trials of delivery robots in nursing homes in the sources reviewed for this page, and the Singapore figure is vendor-reported. A pilot in your own building, measured against your shift logs, will tell you more than any general number can.

How do you get started with a lease?

Start with a free site assessment. We map the building, measure the routes, list the trips you want to move and talk with the staff who will work with the robot. That tells us which robot fits the site and how many units it needs.

We lease the robot through financing, and the payment comes in the quote after the assessment. We then deploy and integrate the robot, train your staff and service it nationwide, so one partner handles the robot from installation through repair.

Plan the first weeks around a backup. Keep a manual route for trays and linens until the team is confident, and contact us whenever the robot stops so our service team can respond.

A sensible first step is one leased unit on a single wing, extended once the shift logs show the hours returned.