IP Insights

Join CS Medical live as we dive into the current standards and recommended practices to help you transition to automated TEE probe cleaning and disinfection.

Learn how automation can reduce the risk of unwanted or undesirable outcomes in patient care and determine what level of automation would best suit your needs.

Are you currently electrical leak testing your TEE probes?

Electrical leak testing is important to the maintenance of your TEE probes, as well as to the safety of your patients. Join CS Medical live as we review what electrical leak testing is, how it works, and why it is so important to you and your team.

Are you properly transporting your TEE probes?

Join CS Medical live and learn how to effectively and securely move high-level disinfected TEE ultrasound probes to the procedure area and then return the biologically soiled TEE ultrasound probe for reprocessing.

How long can TEE probes be stored before they need to be reprocessed?  

Join CS Medical’s Industry Information Session on TEE Probe Storage to discuss the answer to this common question and to learn more about how to properly store your TEE Probes. TEE probe storage is an important component in probe handling and management. Earn a free CE credit and learn why and how to proactively address the matter of probe storage for your facility.

Material compatibility is sometimes overlooked, but plays an important role in the maintenance of ultrasound probes and in patient safety. Join CS Medical live as we discuss Material Compatibility and why it is important not only to your probes, but also to your patients and facility.

As CS Medical continues its mission to reduce healthcare-associated infections (HAIs) through automation, we ask the question, “What is the true cost of an HAI?”

Join us live as we dive into the cost of HAIs, the drawbacks of manual ultrasound probe reprocessing, and how to significantly reduce the number of HAIs contracted from improperly reprocessed ultrasound probes.

The role of cleaning in the ultrasound probe disinfection process cannot be overemphasized. Without proper cleaning, high-level disinfection cannot be achieved. Automating the cleaning process is an efficient and effective solution that offers a consistent and reliable outcome while reducing staff time and training needs, the amount of probe handling required, and patient risks associated with improperly cleaned probes. Attend this session to learn key information about cleaning your probes and discover the differences between a manual and automated cleaning process.

CPR is a standardized, evidence-based approach to the reprocessing of transvaginal, transrectal, and surface ultrasound probes. CPR improves quality, reduces variations, and controls cost in a variety of areas, from patient care to supply chain to overall departmental revenue management.