Cleaning medical instruments with ultrasound

Ultrasonic device shown to reduce contamination and risk of infection


A University of Southampton study has shown that an ultrasonic device can improve the cleaning of medical instruments and reduce contamination and risk of infection, according to an article on the Infection Control Today website.

The device creates tiny bubbles that scrub surfaces. A stream of water generates ultrasound and bubbles that improve the cleaning power of water reducing the need for additives and heating.

Using cold water the device removed biological contamination, including brain tissue from surgical steel.

The research, published in the journal Physical Chemistry Chemical Physics, was funded by the Royal Society Brian Mercer Award for Innovation.

Read the article.

 

 



September 21, 2015


Topic Area: Industry News


Recent Posts

Mature Dry Surface Biofilm Presents a Problem for Candida Auris

Multiple methods are described in the literature, but no consensus has been reached for disinfection efficacy tests against biofilms.


Sutter Health's Arden Care Center Officially Opens

With an adaptive reuse of an underutilized office building, the 70,000 square-foot facility was renovated to meet current healthcare standards.


Insight Hospital and Medical Center Falls to Data Breach

The investigation determined that an unauthorized individual accessed the network between August 22, 2025, and September 11, 2025.


The High Cost of Healthcare Violence

As workplace violence increases, healthcare facilities face mounting financial and operational disruptions- prompting legislative action.


EVS Teams Can Improve Patient Experience in Emergency Departments

A report confirmed that cleanliness of the ED was the third most impactful element on patient experience surveys.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.