Airports
Increasing Patient Throughput
via Error Resilient HLD
Increasing Daily Patient Throughput
Resolving these contamination vectors for both transvaginal and pelvic devices historically required lengthy manual processes that bottlenecked clinical operations. Adopting automated HLD addresses these safety gaps while compressing device turnaround times. By replacing manual chemical soaking, rinse steps, and manual logging with rapid, standardized cycles, clinics shorten room turnover, enabling healthcare facilities to safely maximize the number of patients examined per day per exam room.
INCREASE
PATIENTS
Transvaginal
Ultrasound Probes
Transvaginal probes contact mucous membranes, elevating infection risks. A study of 982,911 patients linked TVUS to increased 30-day infection rates, showing an adjusted hazard ratio of 1.41 for positive microbiology reports (University of Strathclyde / Health Protection Scotland). Because sheath leakage occurs, 21% of probe bodies remain contaminated after manual low-level wiping.
Manual high-level disinfection (HLD) introduces human error. The FDA states that automated systems reduce these protocol variations. Additionally, manual chemical disinfectants fail to kill human papillomavirus (HPV), while automated, validated systems achieve complete eradication.
External pelvic probes experience rapid patient turnover, limiting standard cleaning. Sampling shows up to 79% of ultrasound equipment tests positive for bacterial growth. Probes, cords, and keyboards frequently harbor Staphylococcus aureus, creating an active cross-contamination loop between staff and patients.
Manual workflows restrict clinic throughput.
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