What Thermometers do Hospitals Use and Why ?
Hospitals widely use medical thermometers to gain an accurate reading of a patient’s core body temperature. An elevated reading is a sign of infection or illness and is a key diagnostic for Healthcare Professionals when assessing patients.
As body temperature is such an important vital sign, hospitals need the most accurate hospital thermometers to take the reading. Let’s take a look at the options available to hospitals.
Traditional Medical Thermometers
Thermoscopes, comprising air trapped in a glass tube, were used in clinical medicine from the 16th century, before being replaced by mercury thermometers when Daniel Gabriel Fahrenheit invented them in 1714. These were commonly used in medical practice up until fairly recently when there were concerns about toxicity.
Digital thermometers have provided a more accurate reading for healthcare practitioners, but they are often considered invasive for patients.
Options for taking someone’s temperature include:
• Oral (in the mouth)
• Rectal (in the rectum)
• Axilla (under the armpit)
• Tympanic (in the ear)
As these hospital thermometers make physical contact with the patient, there’s a high chance of contamination from bodily fluids and therefore single-use plastic probe covers are used to eliminate this risk. These plastic covers produce an incredible volume of medical waste which is detrimental to the environment. In fact, a 900-bed hospital can use in the region of 2-3million probe covers per year1.
Contactless medical thermometers have been developed which are both more sustainable and do not require contact with the patient’s skin. Hospital thermometers such as TRITEMP™ use sophisticated TAP&TAKE technology, meaning that the healthcare professional simply aims the device at the patient’s forehead, and receives an accurate core body temperature reading in seconds.
It’s important to note that the pandemic has created a wave of cheap and inaccurate non-contact thermometers designed for screening purposes, which is why it’s essential that hospitals only opt for medical graded devices such as TRITEMP™. This is a precision engineered device, CE marked and manufactured in Europe by TriMedika. It offers a high degree of accuracy to +/- 0.2°C. Healthcare professionals can be confident about the accuracy of the thermometer, allowing them to make the best decisions about a patient in their care.
Hospitals Can Save Money
Non-contact thermometers can save hospitals money in comparison to contact devices. Any thermometer that relies on physical contact with a patient will require plastic consumables to be used and disposed of, at considerable cost to hospital trusts. Additionally, breakage rates for cheaper contact thermometers are significant. TRITEMP™ is effective for up to 40,000 measurements and comes with a two-year warranty. TRITEMP™ is calibrated at source.
If your hospital or healthcare setting hasn’t yet made the switch to a non-contact thermometer, then now is the time. Improve patient care, reduce costs and plastic waste by switching to TRITEMP™ thermometer.
TRITEMP™ non-contact forehead thermometers use infrared technology that travels in a straight line from the device to the patient’s forehead
During the pandemic, it has been established that a raised body temperature is one of the main indicators that a person may have acquired COVID-19. As a medical grade device, TRITEMP™ thermometers ensure quick and accurate temperature readings without coming into physical contact with the patient.
TRITEMP™ thermometers are an essential piece of equipment in hospitals but they can be used in a wider range of medical settings, including dentists, care homes and doctor surgeries. They are also useful in non-healthcare locations such as office buildings, schools, football stadiums or anywhere else that requires people to have their temperature taken. During the pandemic, businesses and educational settings have relied on temperature-taking as a way to prevent the spread of COVID-19.
As a medical grade device, you can be assured of an accurate core body temperature reading with a precision rate of +/-0.2°C.