Nurse-Support Robots Return 595+ Days at a Regional Hospital

Transport Was Fracturing the Clinical Day

Routine internal transport was splintering the clinical day at a regional hospital in the Mid-Atlantic. Bedside teams were leaving their units to retrieve discharge medications, carry lab specimens, recover patient belongings, collect after-hours meals, and fetch supplies that were unavailable on the floor.

Each errand appeared modest in isolation. Across departments and shifts, however, this fetch-and-carry burden pulled scarce clinical attention away from patients and made routine transport an operating issue rather than a minor inconvenience.

The hospital also needed more than a cart moving down an open corridor. Any workable form of repetitive transport automation had to navigate elevators, pass through badge-controlled doors, support varied departmental handoffs, and earn the confidence of frontline staff.

• Identify recurring transport work that does not require clinical judgment.
• Keep nurses involved in deciding which workflows move first.
• Account for secure access, elevators, pickup points, and departmental handoffs.
• Measure the cumulative time returned, not merely the duration of an individual run.

Build Around Workflows, Then Scale

The documented deployment began with bedside-nurse input. A cross-functional group spanning nursing leadership, performance improvement, clinical informatics, and internal technology programs selected useful workflows before the robots entered routine service.

The hospital started with two robots to provide continuous 24/7 coverage. Demand prompted expansion to a third robot, and a fourth was planned, making the rollout a clear example of phased deployment driven by observed use rather than fleet size alone.

Onboarding centered on route mapping and practical workflow fit. The published account does not describe a formal classroom curriculum, but it does document frontline engagement, regular monitoring, feedback, and the addition of further tasks as staff became familiar with the system.

• Study nursing workflows and isolate repeatable nonclinical runs.
• Complete site assessment mapping for corridors, doors, elevators, and handoff locations.
• Begin with a contained operating fleet and visible departmental use cases.
• Train staff around requesting, receiving, and escalating transport tasks.
• Review demand and performance before expanding routes or fleet capacity.

The Cumulative Result Changed the Scale of the Story

The current published result states that more than 595 days of nursing time were returned. The linked customer case study records more than 14,300 hours returned to nurses and clinical teams during its February 2022 through April 2023 measurement window.

The fleet completed more than 27,500 deliveries, saved more than 13.6 million staff steps, and traveled more than 4,600 miles. Those figures expose what per-run comparisons miss: small transport assignments become a substantial clinical capacity drain when repeated across a busy hospital.

Pharmacy was the highest-use department in the published record, with more than 8,600 deliveries averaging 26 minutes each. The evidence supports a precise conclusion, time previously absorbed by routine movement was returned to clinical teams, without requiring an invented staffing, financial, or patient-outcome claim.

From Published Evidence to a Deployable Program

For buyers considering hospital delivery robot rental, the lesson is not to begin with a machine. Begin with workflow volume, access constraints, nursing adoption, and the measurement method that will show how much time repetitive transport consumes across the operating year.

Service Robot Co. is a full-service, OEM-neutral commercial robot integrator for US businesses. As a vendor neutral robot integrator, we select across manufacturers, then finance, deploy, integrate, train, and service each unit through a nationwide US engineer network.

That model gives hospitals one vendor for the full lifecycle, from robot deployment and integration through go live support and ongoing service. Buyers can assess a commercial robot pilot program, monthly payment programs, or other procurement structures without any suggestion that Service Robot Co. conducted the deployment documented here.