|Articles|August 26, 2014

PCI Medical Introduces the GUS Storage System for Ultrasound Probes

PCI Medical, experts in high-level disinfection of ultrasound probes and scopes, introduces two new GUS© Storage Systems for ultrasound probes. One cabinet is for vaginal, rectal and general purpose probes, and one is for transesophageal (TEE) probes.

The GUS Storage System allows healthcare facilities to store their ultrasound probes vertically, in a clean, dry environment, as recommended by probe manufacturers. The storage cabinet features a constant flow of highly-filtered air (true HEPA filter) that creates positive pressure in the cabinet and helps prevent recontamination.

“The storage of ultrasound probes after high-level disinfection has become an issue with the Joint Commission,” says Joe Turgeon, president  of PCI Medical. “We are pleased to offer a solution to healthcare facilities and provide a method of storage that lowers the chance of probe damage and helps to keep patients safe.”

The GUS Storage System comes in two versions, one that can accommodate up to six vaginal, rectal or general purpose probes (CAB-VR) and a configuration that can hold up to three transesophageal (TEE) probes (CAB-TEE). 

The system is easy to clean, and features a large viewing window and a locking door for added security.

Source: PCI Medical


Related to this article

Water  (Adobe Stock 456102510 by stockphoto-graf)
Understanding current water quality is a starting point for ST108 implementation. John Kimsey, vice president of processing optimization and customer success for STERIS, spoke about his HSPA presentation on assessing readiness, distinguishing system qualification from routine testing, and understanding where water samples should be collected.
AORN26 New Orleans 2026  (Adobe Stock)
Missing instruments and processing delays can strain OR–SPD relationships. At AORN 2026, John Kimsey, vice president of processing optimization and customer success for STERIS, discusses understanding root causes, exploring off-site reprocessing for ambulatory surgical centers, and using hands-on simulation to help surgical teams see sterile processing from a different perspective.