Mercury Care by Mercury HealthCare is an advanced heater-cooler unit designed to maintain precise body temperature during critical medical procedures. Mercury Care heater-cooler unit uses conductive heat transfer to keep patients safe and stable. This conductive heat transfer is efficiently achieved through a temperature-controlled blanket placed under the patient, ensuring optimal thermal management throughout surgical or critical care procedures. 

What is Mercury Care Heater-Cooler Unit? 

Mercury Care heater-cooler unit is engineered with high-end technology to regulate body temperature by heating or cooling water circulated through specialized blankets. 

Applications of Mercury Care Heater-Cooler Unit 

The Mercury Care heater-cooler unit is widely used in: 

• Liver transplant surgeries to maintain patient body temperature during long procedures. 

• ICU (Intensive Care Unit) for critically ill patients requiring regulated body temperature. 

The Mercury Care heater-cooler unit ensures rapid heating and cooling, supporting complex surgical and critical care workflows with ease and reliability. 

Key Features of Mercury Care Heater-Cooler Unit 

1. Fastest Heating and Cooling: The powerful 1500W heaters and 7-litre tank enable quick temperature adjustments.

2. Graphical User Interface: Visual & easy to use graphical interface for water flow & temperature. 

3. Fully Touch Controller Display: All operational parameters can be controlled with a simple touch, improving workflow efficiency. 

4. Robust Design: Robust design including PLC based electronics to avoid periodic repairs. 

5. Two Output Circuits: Uniquely, it can support two patients simultaneously, improving patient care efficiency in critical settings. 

6. Auto Mode: Smart operation for ease of use. 

Why Choose Mercury Care Heater-Cooler Unit? 

Hospitals and surgical centres choose Mercury Care heater-cooler units for their robust design, precision temperature control, and dual patient support capabilities. The Mercury HealthCare heater-cooler unit enhances surgical success rates and patient safety through stable thermal management.