Thermal imaging is now part of technical applications in defense and security. It has been for decades now. But the technology is now also used for daily applications. The healthcare sector is one of the main users of thermal imaging. It’s used for early cancer detection. It can also check patients with respiratory problems.

The coronavirus pandemic has also introduced the technology to ordinary citizens. Many public spaces, like airports, are using thermal imaging to check people’s health. Thermal cameras placed in strategic locations screen people before they enter an area. They can spot those individuals with elevated temperatures. Some of these thermal devices are also small and portable.

Experts are predicting these devices will still be in use for several more years. It’s time you learn more about the cheap thermal camera since it might be here to stay.

What is a Thermal Camera?

A thermal camera is a device that captures and creates an image of an object using thermal imaging. The process detects the heat signature of the subject and measures it. They are either handheld or attached to a stand. It also has an integrated visual display. It shows the image created by the heat emanating from the object.

Sir William Herschel invented the thermal camera in 1960. The technology was further developed for use in the military.

How Does It Work?

A thermal camera works by measuring the heat signature coming from objects. The camera has a special lens that lets infrared (IR) frequencies pass through. The lens is then aligned to a special sensor array. This detects the IR frequency.

The sensor’s designed as a matrix of pixels. Each pixel responds to the IR wavelengths hitting it. They’re then changed to an electronic signal. These signals then move to a processor located in the camera’s body. It uses algorithms to convert the signal to a color map of various temperature values. This colored image is then rendered on the display screen.

Think of the COVID 19 temperature screening booths seen in facilities. You can see a screen that shows colored outlines of people instead of actual images. Most would show yellow or lighter colors for normal temperature. An elevated temperature might show as red or orange.

A thermal scanner can also have a regular shooting mode that’s used with a visible light spectrum. It works like the standard digital where you point and shoot to take an image. This feature allows the user to compare two shots, one done in IR and the other in normal mode. It helps identify problem areas fast as the user steps away from the lens.

Different Uses of a Thermal Temperature Scanner

Thermal imaging cameras are now used on a regular basis in various industries. Aside from the military, the technology is often used by emergency personnel. It also benefits law enforcement and medical personnel.

There are other uses for a thermal scan thermometer that are not as recognized. Here are some of them:

• Drone Cameras: Unmanned aerial vehicles or drones have built-in thermal imaging cameras. They provide hobbyists with great photographs and videos. Emergency response units can use them in search and rescue situations. It’s also used for general reconnaissance or in hard to observe conditions.
• Fire Detection Scanners: A body temperature scanner can help firefighters. They can locate survivors in situations where the visibility is poor. For example, there’s a lot of ash, dust, or fog. It can also pinpoint potential hot spots. For example, there might be fires that are still burning in unexpected locations.
• Imaging for Wildlife Photography: Thermal imaging technology is often used in wildlife photography. It’s also an asset in environmental monitoring and animal tracking. These cameras have sensors programmed to become triggered by something specific. For instance, it can take photos when a nocturnal animal appears within its range. This allows for comprehensive monitoring. Scientists can now study animals in areas that were once thought impossible.
• Maritime Applications: Thermal imaging has become a vital component of maritime applications. It provides collision detection systems a big boost when used at night or during bad weather. The technology can also be in use underwater. But there are limitations to its effectiveness.
• Security Cameras: Most businesses have one or more security cameras on their premises. More companies are now investing in cameras with thermal imaging surveillance capabilities. These devices perform well in areas with poor visibility or low lighting. It also allows the viewer to see past camouflage (ex. thick foliage). This type of camera often comes with smart sensors. They also have the latest analytics technology. These help lower incidents of false alarms. They also give the best result in the identification of intruders.
• Industrial IR Cameras: Many thermal imaging cameras are being designed for industrial use. They’re configured in various ways to fit different environments and applications. For example, there are cameras designed for use in areas that might have explosive gas. They’re also configured for areas with high volumes of airborne particles. Many grain or sugar production companies use this type of camera.

Health and Safety is Our Priority

A company that cares for its employees is well on its way to success. Well Health Works can help you achieve that. We offer the best wellness programs designed for a healthy workplace. We have decades of experience under our belts. We can also act as a conduit between your company and insurance carriers to reduce costs. We offer COVID 19 temperature testing, flu shots, and health screenings. You can reach us at 833-935-9355 or at info@wellheallthworks.com.