The Veterinary Medical Teaching Hospital (VMTH) at Texas A&M University brings a novel addition to infection control strategies with ‘Trudy,’ a state-of-the-art stationary disinfection robot. Trudy surpasses traditional robotic cleaners with its advanced composition of 28 ultraviolet-C (UVC) bulbs engineered in eight central UVC units. Its purpose is to annihilate stubborn, infection-inducing bacteria that cling to various surfaces.
Trudy engages the latest UVC technologies to provide a thorough disinfection process. On deployment in a room, her 360-degree sensors intelligently analyze the room size, facilitating a tailored disinfection duration that varies from 15 to 40 minutes. Since she became operational earlier this year, Trudy has become an integral part of VMTH, serving vital areas such as operating rooms, examination rooms, isolation units, and Intensive Care Units of both large and small animal teaching hospitals. While augmenting manual cleaning protocols, Trudy enhances the sanitation effectiveness, thereby providing the tactical advantage for staff to dedicate more time to indispensable patient care.
Pam Douglas, the infection control coordinator at VMTH, highlighted the vital importance of hospital sanitation, especially for patients susceptible to infections that could transmit diseases to both animals and humans. Douglas emphasized that conventional manual cleaning processes, despite being labor-intensive, requiring that all equipment be removed for scrupulous cleaning. She stated, ‘With Trudy around, we have numerous staff members trained to operate her, not limited to the infection prevention department. All the controls are manageable via an iPad. Even when we perform manual cleaning, Trudy adds an extra level of protection to our patients, our staff, and the community by minimizing the risk of spreading germs from the environment.’
Assistant hospital administrator Katy Wendler, responsible for VMTH’s operating rooms, supported this argument by stressing that manual cleaning requires massive time investment and manpower, requiring careful attention to detail. With Trudy, she observes, the disinfection process has been enhanced, granting the staff more time for patient care, and allows for random cleanings, offering an additional layer of protection against infections.
Although Trudy is stationary, her influence on veterinary health care’s sanitation standards is substantial. Her operation is user-friendly with an iPad controlling all functions. An exciting step forward, Trudy’s implementation presents an opportunity to redefine infection control in veterinary healthcare.
Source: https://www.techtimes.com/articles/297286/20231007/meet-trudy-disinfection-robot-transforming-hospital-cleanliness.htm