Cyber Week Sale - 15% Off*, Code: HPCW23
Day
:
:
Online since 2002 | 866-316-0162
Cyber Week Sale - 15% Off*, Code: HPCW23
Ear thermometers are used to measure the body temperature by taking the eardrum temperature. It is a very accurate way to determine the body temperature because the eardrum is indented inside the head like your tongue. But the eardrum is very fragile. Care must be exercised while measuring the temperature via ear thermometers. These thermometers use infra-red radiations to measure the temperature. The reason behind using infra-red technology is to create equipment that can detect even minor changes in infra-red radiation. These readings are then converted to temperature format and displayed on the screen. Digital ear thermometers or tympanic thermometers are designed to take the temperature from inside the ear canal. They are quick and safe to use even for small children (older than 6 months), pets or adults. They are more comfortable than the rectal thermometers and oral thermometers.
HPFY brings to you a range of ear thermometers including the popular Mabis DMI Instant Daul Scale Ear Thermometer or the Medline Tympanic Ear Thermometer and many more from well-known manufacturers like American Diagnostic Corporation, Mabis DMI Healthcare, Kaz USA, etc. at best prices. Buy now and avail of attractive discounts on all purchases.
Digital Ear Thermometers measure infrared energy radiated from the eardrum and the surrounding tissue. This energy is collected by the lens and converted to the correct temperature value.
Yes, the probe of ear thermometers is too short to reach the eardrum. The ear canal of babies and small children is smaller than the probe of the thermometer so it cannot reach the sensitive parts of the ear.
No, Ear thermometers does not send out any waves or heat at any time. It only acts as a receiver of heat. If the ear is inflamed or an ear infection is present, it is recommended the measurement be taken in the other ear or a standard digital thermometer should be used orally, underarm or rectally is appropriate.
Generally, there are no significant differences in ear temperatures. It is recommended to use the ear that that gives you a higher reading.
Temperature can vary slightly between left and right ear because of the amounts of dirt or earwax present or due to individual variations.
The position of the probe tip during measurement can have an influence on the results. It is very important to straighten the ear canal and insert the probe tip comfortably and completely in the ear canal to ensure accuracy.
Small amounts of ear wax are no problem as they transmit the temperature radiation but large amounts may cause inaccurate readings.
