#thermalimager

Capture spirit energy with the FLIR TG267 thermal camera. Ideal for ghost hunters needing clear thermal imaging of paranormal activity and hotspots. Buy Now!

The Fluke TiX580 Thermal Imager is a high-performance device designed for professionals requiring detailed thermal imaging. Featuring a 9Hz refresh rate and a resolution of 640 x 480 pixels, it delivers crystal-clear thermal images for precise diagnostics. With advanced features like SR (SuperResolution) and NFC technology, this thermal imager ensures efficient data capture and sharing, making it ideal for industrial inspections, maintenance, and troubleshooting.

Metravi Pocket Thermal Imager PRO TI-10P

Brand : Metravi

Model : PRO TI-10P

Display : LCD, 3.5 inch, 640×480 pixels, Touchscreen

Accuracy : ±2°C or ±2% of reading

Built-in Digital Camera : 2 Megapixels

Flir E5 XT WIFI Thermal Imager

Brand : Flir

Model : E5 XT WIFI

Accuracy : ±2°C (±3.6°F)

Temperature Range : –20°C to 400°C (-4°F to 752°F) in tworanges IR Resolution : 160 × 120 pixels

Just as the gold standard for multimeters and other instrumentation likely comes in a yellow package of some sort, there is a similar household name for thermal imaging. But, if they’re known for anything other than the highest quality thermal cameras, it’s the excessively high price. There are other options around, but if you want to make sure that the finished product has some sort of quality control, you might want to consider building your own thermal imaging device like Ruslan has done.

The pocket-sized thermal camera is built around a MLX90640 sensor from Melexis which can be obtained on its own, but can also be paired with an STM32F446 board with a USB connection in order to easily connect it to a computer.

It’s probably worth reading the comments at the linked article though to also realise this is not going to be the high resolution accuracy of the excessively expensive thermal imager. So you get what you pay for, but many this may well do the trick.