Product Description
1) Display range: 34.0~44.0oC(93.2~111.2oF)
2) Accuracy: ±0.2oC(±0.4oF)
3) Min. scale: 0.1
4) Memory: 10 recordings
5) Measurement time (reference only): 1 second
6) Beeper function
7) Auto shut-off (1min after idle)
8) Battery: AAA x 2, alkaline batteries
9) Battery life: approx. 4,000 uses
10) Dimensions: 110 x 35 x 35mm
11) N.W.: 81g (including batteries)
12) Safe and hygienic
13) Easy-clean and cover free design
AI Product Description
*The following content is generated by AI and is for reference only.
The Infrared Ear Thermometer is a sophisticated medical device designed for rapid, non-invasive temperature measurement via the tympanic membrane. Unlike traditional chemical or liquid-based thermometers, this instrument does not possess a molecular formula or a CAS (Chemical Abstracts Service) number. These identifiers are exclusive to specific chemical substances with defined atomic structures, whereas an infrared ear thermometer is a complex electromechanical assembly composed of various polymers, metals, silicon semiconductors, and optical components. Consequently, it cannot be classified as a single chemical entity subject to such regulatory nomenclature.
This device operates on the principle of detecting thermal radiation emitted by the eardrum and surrounding tissues within the ear canal. The core component is a pyroelectric sensor that converts incoming infrared energy into an electrical signal. This signal is processed by a microcontroller using advanced algorithms to compensate for ambient temperature variations and ensure high accuracy. The user simply inserts the probe gently into the ear, presses a button, and receives a digital reading in less than one second. This speed makes it indispensable in clinical settings, pediatric care, and home health monitoring where patient comfort and efficiency are paramount.
The primary applications of the Infrared Ear Thermometer include diagnosing fevers, monitoring post-operative recovery, and screening populations during public health crises. Its non-contact nature minimizes the risk of cross-contamination when disposable probe covers are used, adhering to strict hygiene protocols. Furthermore, its ergonomic design accommodates users of all ages, from infants to adults, providing a painless alternative to oral or rectal methods. By offering immediate results with minimal disturbance to the patient, this technology has become a standard tool in modern healthcare diagnostics. While it relies on the physical properties of infrared light rather than chemical reactions, its precision and reliability have revolutionized how body temperature is assessed globally, ensuring timely medical intervention and improved patient outcomes across diverse environments.