About T-Cuff

T-Cuff is an innovative, IoT-enabled endotracheal tube cuff pressure controller developed to set new standards in patient safety and infection control. Designed specifically for intensive care units (ICUs), T-Cuff addresses critical challenges in airway management, ensuring that endotracheal tube pressure remains within the optimal range. This minimizes the risks associated with over- or under-inflation, such as tracheal injuries and ventilator-associated pneumonia (VAP).

What makes T-Cuff truly unique is its integrated UV-C sterilization technology. While maintaining precise cuff pressure, T-Cuff continuously disinfects the cuff area, reducing bacterial and viral contamination. This added layer of protection not only enhances patient safety but also supports infection control efforts, addressing one of the most persistent issues in critical care environments.

Equipped with IoT capabilities, T-Cuff allows for real-time monitoring and remote control, providing healthcare professionals with data at their fingertips. The device can alert staff to pressure fluctuations or other critical events, enabling quick responses and reducing manual intervention. An emergency shutdown button further enhances safety, allowing immediate deactivation when necessary.

Priced at an accessible rate, T-Cuff is designed to democratize access to advanced healthcare technology. Unlike many high-cost alternatives, T-Cuff is affordable for facilities of all sizes, including those in low-resource settings, without compromising on quality or functionality. With its robust design, user-friendly interface, and groundbreaking features, T-Cuff is poised to capture a significant share of the global endotracheal tube market, projected to grow substantially in the coming years.

By combining affordability, safety, and ease of use, T-Cuff represents a breakthrough in ICU patient care, helping healthcare providers deliver higher standards of treatment and improve patient outcomes globally. Join us in transforming the future of healthcare, one patient at a time.