Bannack Medical®

In the bustling world of healthcare, where every minute counts, even the seemingly mundane elements can have a significant impact. Hospital privacy curtains, often overlooked, play a crucial role in patient care and infection prevention. However, the traditional cloth curtains that adorn hospital rooms come with a host of challenges Read more…

The way in which microorganisms that cause HAIs (Healthcare Acquired Infections) are transferred throughout the patient care environment is multi-factorial. So, why talk about cubicle privacy curtains? Most research about the spread of HAIs focuses on hard surfaces like bed rails, side tables, countertops, and equipment. Fewer studies have been Read more…

A revolutionary solution to the challenges of curtain change management at hospitals. With Change Me Curtain®, Bannack Medical® has developed an innovative hospital privacy curtain change system that allows for a 30-second curtain change with no ladder needed. Bannack Medical’s Change Me Curtain® is designed to significantly reduce patient disruption Read more…

Bannack Medical® has been selected as a Finalist in the Arizona Innovation Challenge in the Bio & Life Sciences Sector. The Arizona Commerce Authority (ACA) is the state’s leading economic development organization with a streamlined mission to grow and strengthen Arizona’s economy. The ACA uses a three-pronged approach to advance Read more…

Hospitals, healthcare facilities, and commercial buildings are under increasing pressure to reduce their water consumption and increase water efficiency as water becomes an increasingly precious resource. While many hospitals have taken steps to increase water efficiency, there is still much more that can be done to get the water meters Read more…

Electrostatic Sprayers An electrostatic sprayer or fogger is a device that uses electricity to create a strong electric field. A positive charge in an electric field causes the liquid being sprayed to become polarized, meaning the positive and negative charges are separated. This separation creates tiny droplets that are much Read more…