
Select the appropriate single-use esophageal device. Ensure compatibility with the bedside thermal control unit and prepare for rapid anatomical placement.

The device is placed into the esophagus by a trained healthcare professional, similar to a standard orogastric tube, leveraging the body's own anatomy for heat exchange.

Connect the device's closed-loop water circuits to the external controller. This initiates the precise cooling or warming of the patient's core temperature immediately.

Monitor core temperature via the control unit while simultaneously utilizing the secondary lumen for gastric decompression and drainage as needed throughout the procedure.

The esophageal path represents a breakthrough method—leveraging the body's own physiology to achieve thermal control without the costs and complexities of traditional modalities.

Designed for rapid placement by trained professionals, our single-use devices ensure that clinicians can focus on patient care rather than equipment setup.

Our technology provides clinicians with precise, efficient control over patient core temperature, even in the most demanding ICU and OR environments.

Unique among cooling solutions, our platform provides core temperature modulation while concurrently supporting gastric decompression and drainage.

A globally recognized platform with FDA clearances and extensive coverage in leading clinical publications like ICU Management & Practice.
"Advanced Cooling Therapy Services is at the forefront of targeted temperature management—a critical discipline in modern acute care medicine."
"The company's technology platform is designed to give clinicians precise, efficient control over patient core temperature in the most demanding clinical environments."

Reflecting its standing as a growth-oriented medical technology corporation with institutional credibility, Advance Cooling Therapy Services continues to expand its global visibility.

Designed to communicate clinical utility, the esophageal approach leverages the body's own anatomy to achieve rapid, accurate thermal control without traditional complexities.
Driven by clinical versatility and ease of use, adoption continues to grow across a significant number of hospitals in the United States and globally.