An innovative new technology has allowed for faster and more detailed electrical, mechanical and building inspections using infrared cameras.
Being able to share camera images with your customers or co-workers is a great benefit of thermal imaging technology.
However, a thermal image alone is not always enough to help them understand what they are seeing.
For that reason, FLIR Systems, an infrared camera specialist, has developed and patented the MSX Multi-Spectral Dynamic image mode. MSX imaging brings together both the visual and thermal spectrums in a striking, innovative way. The technology is now onboard most of their thermal cameras for the industrial and building market.
MSX instantaneously generates a definitive, all-in-one thermal picture that easily orients you to the location of the problem as soon as you see it on the screen or in a report. With the FLIR format you'll save all images (MSX, thermal and visual) in one push of a button.
Key details apparent to the naked eye like numbers, labels, signage, and structural features can get lost in a regular thermal image, often requiring a separate digital photo to reference the location of the temperature issue you have found.
A regular thermal image only displays heat signatures, which can cause details to get lost in the haze if they present a similar temperature. To overcome this, FLIR cameras with MSX use an internal digital camera to enhance the thermal image. The high-contrast skeletonised visual image allows for key aspects of the visible spectrum to be overlaid on top of the thermal output, while still keeping the important thermal information prominent.
Consider the elbow connectors (images at the right) for example. Through the thermal camera you can see that one of the connectors is hot, and with your own eyes you can see a label identifying each connection on the panel. But the ink on those labels is going to have the exact same temperature as the sticker they are printed on, so your thermal imager will not differentiate between them. With MSX on the other hand this is clearly visible in the image.
Thermal image plus high-contrast visual details
MSX technology extracts high-contrast details from the images taken by an onboard visible light camera, and etches or superimposes them onto the thermal images that the camera is taking. This all happens in real time, so what you see onscreen is a super sharp image that allows you to make out unprecedented details in the image.
MSX uses visual data from a digital camera built into several models of thermal cameras for the industrial and building markets. Internal software then analyses the image from the cameras to super-impose the key aspects of that visual world onto the thermal image. The visual spectrum never blots out the thermal side of things, making sure that all information is still at the highest level of accuracy.
MSX ensures easier target identification without compromising radiometric data and the quality of the thermal images is excellent. Thanks to MSX, thermal images look sharper, the orientation of the target will be done quicker, the reports are clutter-free and ensure a faster route to solutions. Users can see the results of MSX technology directly on the touch screen of the camera, in real time.
Whether it's presented in person, on a smartphone, or delivered in a report, stunning and convincing MSX images give industrial and building professionals an extra edge to help them tell a much better story, get a faster yes for repairs, and save customers' and companies' money.
MSX trumps traditional video blending, overlay and fusion
Thermal imaging cameras of the past have featured ways to blend, overlay or fuse a portion of a thermal image into a visible light picture. But these modes have only provided a partial solution and typically take extra time to dial in and interpret. They also tend to limit or obscure the thermal view of the scene.
MSX is completely different. MSX technology embosses digital camera detail onto thermal video and stills. Therefore, MSX delivers much better, visible results than traditional methods, which can dilute the thermal image.
Disclaimer: The images displayed may not be representative of the actual resolution of the camera shown. Images for illustrative purpose only. Technical specifications subject to change without notice.
About thermal imaging
Thermal imaging is the use of cameras constructed with specialty sensors that "see" thermal energy emitted from an object. Thermal, or infrared energy, is light that is not visible to the human eye because its wavelength is too long to be detected. It's the part of the electromagnetic spectrum that we perceive as heat. Infrared allows us to see what our eyes cannot. Thermal imaging cameras produce images of invisible infrared or "heat" radiation.
Based on temperature differences between objects, thermal imaging produces a clear image. It is an excellent tool for predictive maintenance, building inspections, research and development, and automation applications. It can see in total darkness, in the darkest of nights, through fog, in the far distance, through smoke. It is also used for security and surveillance, maritime, automotive, fire fighting and many other applications.