a university veterinary teaching hospital in the Southwest US
Veterinary Teaching Hospital Sets a UVC Robot Cycle Time Benchmark
A Southwest US vet teaching hospital ran a 28 bulb UVC robot with 15 to 20 minute cycles for smaller rooms. What that benchmark shows and what it does not.
- 28 bulbs
- in one stationary UVC robot
- 8
- UVC centers on the unit
- 15 to 20 min
- typical cycle, smaller rooms
- 800+
- uses reported since the start of the year
Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.
The clinical setting the robot had to fit
A university veterinary teaching hospital runs operating rooms, exam rooms, isolation rooms and intensive care units across both large and small animal services. Each of those spaces has to be ready for the next patient, and the day rarely leaves a long gap for a full manual terminal clean.
Any stationary UVC system adds a step that depends on the room being empty. The reporting describes the robot as one tool used alongside manual cleaning, so the operational question was where a fixed cycle could fit into a busy schedule without displacing the work already in place.
The published coverage does not include a before and after baseline for this hospital, so this section describes the operating conditions rather than a measured problem.
- Operating rooms
- Exam rooms
- Isolation rooms
- Intensive care units
- Large and small animal hospitals
How the robot entered the daily workflow
The unit is a stationary robot with 28 bulbs arranged in eight UVC centers. Once it is placed in a room, 360 degree sensors read the room size and set the cycle length, so staff do not have to pick a timer by hand.
Staff run the robot after some training, and the reporting says it is simple enough for that. Use spread across operating rooms, exam rooms, isolation rooms and ICUs in both large and small animal hospitals, according to the infection control coordinator quoted in the coverage.
- Place the robot in the room and confirm the room is empty
- Let the 360 degree sensors read room size and set cycle length
- Run the cycle and hold the room for the full window
- Keep manual cleaning in place alongside the robot
What the reported numbers do and do not show
The headline figure is cycle time. For smaller rooms, most cycles take about 15 to 20 minutes, while larger rooms may take 30 to 40 minutes. Those ranges are a benchmark for planning room turnover. They are not a measured labor saving.
The hospital reported more than 800 uses since the start of the year. That is a usage count, not a comparison against an earlier period, so it shows how much work the unit took on, not how much staff time it returned.
The reporting also quotes a comparison: three operating room technicians taking about 30 minutes to do the job by hand. The source does not say that figure was measured for this deployment, so it should be read as a quoted estimate. No before and after baseline is published, and this case study does not claim one.
What this means for a facility weighing a UVC robot
Service Robot Co. is a full service, OEM neutral commercial robot integrator for US businesses. We select the right robots across manufacturers, then finance, deploy, integrate, train and service every unit through a nationwide US engineer network, so one vendor covers the whole lifecycle. This hospital's deployment was run by the hospital with its own robot supplier. Service Robot Co. did not install or service that unit, and this study analyzes a documented example rather than a client story.
For a clinic or teaching hospital reading this, the useful question is less which cycle is fastest and more how room size, schedule and staffing fit around the cycle time. Our offer is a lease. We lease robots through financing on a three year lease, with one fixed payment quoted after a site assessment. That assessment is where room layouts and turnover are mapped, and where we decide whether a stationary UVC unit, another type of robot, or a mix of tools fits the work.