The Standalone System

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Temperature stability is a key element in rendering accurate temperatures when screening for elevated body temperatures.

Factors such as changing ambient air temperature changes from factors such as heat and A/C ducts, sun through windows, and door drafts often wreak havoc on non-stabilized thermal camera systems causing a phenomenon called "Thermal Drift".  If you calibrate a thermal camera to an oral or in-ear thermometer and the temperature of the camera or ambient environment changes, your accuracy will change. If your camera is temperature stabilized and the camera temperature doesn't change, then your accuracy is maintained.

When measuring the difference between a theoretical human body temperature of 98.6 vs the CDC recommended 100.4 fever threshold, you do not have room for thermal drift.  Unfortunately, many early buyers of non-temperature stabilized systems have learned this the hard way.

Jogan Thermal Checkpoint offers the only temperature stabilized system on the market. Our patent-pending  temperature stabilized thermal camera housing replicates the laboratory level of temperature stability in the real world environment. Temperature stability and drift management are key components of the April 2020 COVID System Recommendations for Thermographic Screening.