Through her tears, Mahi’s mother saw the temperature reading her thermometer had just produced – fever! “Please not my little baby girl who has already suffered so much in her life!”, she said to herself. Many parents are desperate. They… Read more »
The Heat Balance (HB) Series of IRt/c infrared thermocouples have the ability to measure the internal temperature of the target material, non-invasively, by employing a patented heat balance technique. A typical application in medical equipment is monitoring or controlling the… Read more »
A new study1 published by JAMA Network proves that individuals, in this case, young, healthy, male basketball players, who tested positive for COVID-19 but were asymptomatic, did not spread the virus despite being in a closed, isolation “bubble” over a… Read more »
Signs marketing and distribution agreement with ITRIS Medical AG for the full line of professional non-invasive high-tech thermometers for hospitals and healthcare institutions Exergen Corporation, a global leader in infrared temperature measurement technologies for medical applications, announced today that… Read more »
with the IRT/C-HB (Heat Balance) Series Infrared Thermocouple By its very nature, infrared measures surface temperature, but most material properties of interest relate to internal (bulk) temperatures. For many materials, such as metals, the gradient between the surface and internal… Read more »
Non-Contact Thermometers Are Proven Inaccurate and Should Not Be Used More than a year into the coronavirus pandemic, there remains a disregard of proven science when it comes to how people, especially large groups in public spaces, are being… Read more »
In addition to providing the right sensor, Exergen helped Tecan design the optimal customized electronics solution for reading out the sensor data wirelessly.
Exergen’s Micro IRt/c-HB infrared non-contact sensors are ideally suited to measure both the input and output temperature of blood products in the system to help ensure that patients receive fluids warmed to the normothermic temperature.