Clinical Study
THERMOSAFER employs a compact heat flux sensor combined with a proprietary multi-point calibration algorithm to deliver non-invasive core temperature monitoring with ±0.2°C accuracy. Its sensor structure minimizes thermal distortion by limiting external heat inflow, enabling reliable readings even in dynamic environments. Real-time data processing ensures consistent and accurate measurements through adaptive modeling based on thermal transfer dynamics.
- Real-Time Processing : Thermal flux data are processed continuously, factoring in sensor readings and external conditions.
- High Precision : Advanced algorithms improve core temperature estimation accuracy.
- Reliability : The system delivers consistent results even under environmental or physiological variability.
- Dynamic Adaptation : Learns patient-specific heat transfer patterns to adjust readings based on physiological and ambient changes.
- Environmental Compensation : Automatically compensates for external temperature changes and physical condition variations to ensure accuracy.
-
Wireless Communication
Utilizing Bluetooth Low Energy (BLE) 5.2 technology, the device transmits real-time temperature data up to 15 meters without latency.
The 6g patch operates continuously for over 120 hours using a single CR2016 battery. This wire-free design ensures uninterrupted mobility, supporting patients' comfort in hospital, home, or mobile settings.
-
System Compatibility
ThermoSafer is optimized for broad deployment in hospitals and home care.
It integrates seamlessly with mobile health applications and hospital monitoring systems via a dedicated gateway—removing the need for specialized infrastructure. This ensures cost-effective deployment and simplifies patient monitoring workflows.