PCI Medical announces two new fully enclosed GUS Disinfection Soak Stations with longer disinfection containers. The new, long design allows for a more thorough disinfection of endocavity probes. The G10VPL is designed to disinfect and rinse one endocavity probe, while the G14KAL disinfects two probes at once. The new longer containers also can fit into existing G10VP and G14KA models. All systems can be used with OPA, glutaraldehyde and hydrogen peroxide.
The new GUS systems let end users disinfect 5 inches above the probe handle. The design was developed in response to customers requests for a way to disinfect above the probe handle to prevent cross-contamination. Customers in different states called us after their Joint Commission audits, says Kathy Willard, sales manager. Some inspectors were checking to see that the probe was disinfected above the strain relief, including the first part of the cable. Newer probes are water-resistant and can be disinfected above the probe handle, but customers should check with their probe manufacturer.
In addition to the new length, the GUS systems are fully enclosed with a locking door that allows for placement in a patient area. GUS Disinfection Soak Stations protect staff and patients from potentially toxic fumes, while helping customers to meet Joint Commission and OSHA standards. PCI manufactures special filters for those customers adapting to peracetic acid or hydrogen peroxide.
More than 6,500 healthcare facilities use PCI's GUS systems to protect their staff from toxic vapors and their instruments from damage. GUS systems can be used with glutaraldehyde, OPA and hydrogen peroxide. Depending on the selected disinfectant, disinfection can take anywhere from 8 minutes to 20 minutes. Visit www.pcimedical.com or call 800-862-3394.
The Latest on CLABSIs and CAUTIs: Evidence-Based Approaches for Infection Prevention
February 27th 2025Health care–associated infections like CLABSIs and CAUTIs threaten patient safety. Learn evidence-based strategies, new technologies, and prevention protocols to reduce these infections and improve outcomes.
Ensuring Safe Practices: Managing Surgical Instruments in the Context of Creutzfeldt-Jakob Disease
February 27th 2025Creutzfeldt-Jakob Disease (CJD) presents significant challenges for infection control. Learn best practices for safe instrument disposal, reprocessing, and compliance with CDC and WHO guidelines.
Hiding in Plain Sight: The Most Harmful and Costly Hospital-Acquired Infection
February 5th 2025Nonventilator hospital-acquired pneumonia (NV-HAP) is a deadly, overlooked infection impacting patient outcomes. With new diagnostic tools and prevention strategies, hospitals must prioritize oral hygiene to reduce risk.