




Is the Temporal Artery Scanner a non-contact thermometer?
No. The Temporal Artery Scanner is designed to gently touch the skin. The probe scans across the forehead while remaining flush with the skin surface, and can also measure behind the ear to support accurate temperature readings.
Why measure temperature at the temporal artery?
The temporal artery runs close to the skin on the forehead and reflects core body temperature. Its consistent blood flow makes it a reliable location for temperature measurement and allows quick scanning across the forehead.
Why measure behind the ear?
The area behind the ear can help confirm readings when sweat on the forehead may cause lower results. This area maintains stable blood flow during vasodilation, helping support accurate temperature measurement.
What technology does the thermometer use?
The thermometer uses patented infrared technology that scans arterial heat from the skin while also measuring ambient temperature. A built-in algorithm automatically adjusts readings for consistent temperature measurement.




Is the Temporal Artery Scanner a non-contact thermometer?
No. The Temporal Artery Scanner is designed to gently touch the skin. The probe scans across the forehead while remaining flush with the skin surface, and can also measure behind the ear to support accurate temperature readings.
Why measure temperature at the temporal artery?
The temporal artery runs close to the skin on the forehead and reflects core body temperature. Its consistent blood flow makes it a reliable location for temperature measurement and allows quick scanning across the forehead.
Why measure behind the ear?
The area behind the ear can help confirm readings when sweat on the forehead may cause lower results. This area maintains stable blood flow during vasodilation, helping support accurate temperature measurement.
What technology does the thermometer use?
The thermometer uses patented infrared technology that scans arterial heat from the skin while also measuring ambient temperature. A built-in algorithm automatically adjusts readings for consistent temperature measurement.


























