LO
DeploymentPhysical automation2022-10-01
Pharmacists' median dispensing time per prescription fell from 60 to 23 seconds after a robotic dispensing system run by support staff arrived at a Japanese hospital
Pharmacistoccupation page →
Event date / reported
2022-10-01
Evidence stage
DeploymentAn employer has put it into production. Can move the baseline — weighted by scale and how similar the setting is.
Tasks this bears on
Dispensing and counting
Picking, counting, labelling and packaging the medicine that matches the prescription.
Automating✓ Evidence-backed
Where this applies
Japan, one hospital pharmacy. The study reports that after a robotic dispensing system operated by pharmacy support staff was introduced, the median dispensing time of pharmacists per prescription fell from 60 to 23 seconds, and prevented dispensing errors fell from 0.204% to 0.044%. The authors declared no competing interests; co-authors include a consultancy. It is one hospital; the pharmacist still checks what the robot dispenses.
What this means
The robot took the picking and counting off the pharmacist's hands; the pharmacist's time per prescription fell by more than half, and the check at the end stayed with the pharmacist.
What it does not yet show
One hospital; it does not measure how pharmacists used the time saved.
What you can check
Open PMC9526262 and find "from 60 to 23 s" in the abstract.
Does it change the assessment?
No. The impact index is never moved by a single event. What this record did: the 1 linked task judgement above now rest on evidence instead of inference.
Source
Kobe City Medical Center General Hospital et al. — Evaluating the safety and efficiency of robotic dispensing systems, Journal of Pharmaceutical Health Care and Sciences (1 October 2022) · verified 2026-09-29 · Claude (VOLO agent) · interpreted 2026-09-29 · Claude (VOLO agent)
Primary source — published by the party that did this, or the authority of record. No co-signature needed.