Teledyne Flir’s One Edge pro thermal camera connects with iOS and Android smart devices so users can inspect targets out of reach. It can be clipped onto the phone or tablet for one-handed operation. Images and videos are saved directly to the mobile device to make them accessible for further use.

Fluke’s TiX580 infrared camera provides large 5.7-in. responsive LCD touchscreen. It features a 240-degree rotating screen for unmatched shooting flexibility. Onboard advanced analytics allow users to adjust or enhance images right on the camera without additional software. It can wirelessly transmit measurement data from test tools to smartphones.

AEMC’s 1950 IR thermal camera has infrared thermography detection technology. It provides a real-time, noncontact inspection method, which does not require users to shut off power, shut down machines or interrupt production. It can diagnose latent malfunctions
in advance. 

Teledyne Flir’s Saros DM-Series pan-tilt-zoom thermal security camera captures video in complete darkness, bright sunlight and through smoke, dust or light fog. A built-in 4K visible light camera operates alongside the thermal sensor to capture minute details in low-light conditions.

Fluke’s Ti480 pro infrared camera has thermal sensitivity to capture minute differences and the on-screen clarity enables users to see issues in the field. Multiple rectangle markers in-camera identify min/max temperatures. It distinguishes heat differences with a new palette and a wide array of yellows and greens in the display. 

Teledyne Flir’s T865 handheld infrared camera is a noncontact inspection tool with a 180-degree rotating optical block that allows users to assess the condition of electrical and mechanical equipment in utility and manufacturing applications. The onboard inspection route system helps users record temperature data and imagery in a logical sequence for troubleshooting and repair.

Teledyne Flir’s One Edge Pro thermal camera wirelessly connects to the user’s smart device so they can inspect targets out of reach—or clip it onto their phone or tablet for one-handed operation. It can take high-quality thermal images, identify targets and recognize where problems are located. 

Fluke’s Ti480 infrared camera enables users to visualize and diagnose issues with on-screen images, multiple rectangle markers and nine color palettes. There is flexibility to visualize a target, tiny to large, with interchangeable smart lenses. A built-in laser distance meter calculates and displays the distance from a designated target.

Flir’s E54 is designed for basic condition monitoring, electrical/mechanical inspection and building inspection. It measures temperatures up to 1,202°F. The inspection route runs preplanned routes to help users stay organized when surveying large or multiple locations.

Axis’ FA4090-E thermal sensor creates images based on the heat radiating from objects, vehicles or people, regardless of light conditions. It can be used in a single or multichannel setup to create a flexible, full coverage of the user’s surroundings.

Amprobe’s IRC-110 thermal camera features three selectable color palettes: grayscale, hot iron and rainbow. It features center-point temperature measurement, and has a point-and-shoot functionality to give users a visual heat map image for identifying temperature-related issues.

Flir’s Saros DM-Series thermal camera captures video in complete darkness and bright sunlight, as well as through smoke, dust or light fog. A built-in 4K visible-light camera operates alongside the thermal sensor to capture minute details in low-light conditions.

Amprobe’s IRC-120 thermal camera features a center-point temperature measurement and a focus-free lens. There are hot and cold markers. It has a laser pointer, flashlight and UV light.

Fluke’s TiX501 thermal camera enables users to find subtle temperature differences with advanced thermal sensitivity. The interchangeable smart lenses require no calibration of the thermal camera and give users the versatility and image quality needed to conduct inspections in almost any environment.

Fluke’s TiS75+ thermal camera features asset tagging that enables users to compare asset images over time, a 384-by-288 infrared resolution and video recording, while working in temperatures between –4°F and 122°F. It also calculates dew point.

Megger’s TC3231 thermal camera has an infrared thermometer with a thermal imager. It has a range of selectable thermal-image color-palette options on its 2.2-in. display and high/low user preset temperature alarms. It works in temperatures between –4°F and 572°F.

Klein Tools’ thermal imager has more than 10,000 pixels to troubleshoot hot and cold spots. Users can store and share images with an optional microSD card. It features adjustable emissivity from 0.10 to 0.00 and a rechargeable lithium-ion battery. Users can select high- and low-temperature alarms from -4°F to 752°F.

Johnson Controls’ thermal imager performs skin temperature scanning while people are walking past it. Embedded, advanced facial-detection technology and rapid scanning times quickly alert operators to an elevated skin temperature reading. It features a 5-megapixel color/thermal camera with built-in, A.I.-enabled face detection technology that isolates the forehead.

Flir’s TG165-X is an all-in-one diagnostics tool with a spot temperature gun and thermal imager. It has two-camera technology and a laser-projected bullseye target that aids in pinpointing areas of concern. There is an enclosure for protection against dust and water and a drop-rating of two meters. It is designed for indoor and outdoor inspections.

Palmer Wahl’s HSI250 Heat Spy thermal imaging camera has a 160 x 120 thermal array for a total of 19,200 individual pixels. It is designed for scanning and checking for dangerous and expensive overheating.

Fluke’s PTi120 pocket thermal camera can withstand a drop up to 1 m. It operates in temperatures between –20°C and 150°C. The 3 1/2-in. LCD touchscreen blends a visible light image with an infrared image to locate problems. The infrared resolution is 120 x 90.

Flir’s GF77a thermal camera is fixed-mount, uncooled, autonomous leak-detection camera designed specifically to visualize methane and other industrial gases. It includes Wi-Fi connectivity that enables companies to control and stream radiometric thermal data remotely. It includes environmental accessories for users to tailor the camera to their daily needs.

Flir’s TG267 thermal camera enables users to inspect equipment and identify problems from a safe distance by visualizing the hot and cold spots that can indicate larger issues. It has a temperature range of –13°F to 716°F. It features a multipoint laser pointer to indicate the area measured and a bright LED flashlight for working in dark, difficult-to-reach spaces.

Flir Systems’ T1010 thermal imaging camera features programmable buttons and an object temperature range of –40°F to 1,202°F. It features a 120-degree rotating optical block and a built-in LED light. It displays full-color visual images and HD images.

Flir’s T860 thermal camera features onboard inspection route software, which enables users to streamline inspections. It features an LCD touchscreen visible from low angles and an integrated color viewfinder for sun and glare conditions. A 180-degree rotating lens enables users to diagnose hard-to-reach components.

AEMC’s thermal-imaging IR camera features infrared thermography-detection technology, which provides a real-time noncontact inspection method that does not necessitate shutting off power or equipment.

Seek Thermal’s Seek ShotPRO thermal imaging camera is designed to enable users to identify leaks, electrical shorts, mechanical faults, energy loss and other unseen problems without having to damage property to diagnose issues. It has a 320-by-240 thermal sensor, on-device analysis tools and a 3¹/₂-in., color touchscreen. Users can live-stream images over Wi-Fi and capture photos and video.

Flir’s M200 aerial thermal imaging kit is designed for inspectors and first responders. It comes with imagers, batteries, controllers and displays. It combines the flight stability, gimbal technology, mobile app integration, and image transmission of the DJI M200 drone with the thermal imaging technology of Flir. Users can see differences in heat to detect lost people and animals, moisture intrusion in buildings, roof damage and more.

Flir Systems’ ergonomic, ruggedized thermal imager has a lightweight magnesium interior, 180-degree optical block rotation and a shatterproof Dragontrail touchscreen. It features laser-assisted autofocus and FLIR Vision Processing which combines IR resolution, MSX and UltraMax to create a highly detailed thermal image.

Seek Thermals’ CompactPro high-resolution thermal imaging smartphone camera features a 320-by-240 thermal sensor, a 32-degree field of view, a focusable lens, a threshold mode, nine color palettes, a waterproof case and more. From up to 1,800 ft. away it can detect temperatures from –40 to 626°F. It is available for iPhone and Android phones, and connects through the smartphone’s power ports. 


Flir’s DM284 true rms digital multimeter features infrared-guided measurement technology powered by a built-in 160-by-120 Flir thermal imager. IGM enables users to scan panels, connectors and wires without requiring any direct contact. It has built-in work lights and a laser pointer, and it features an 18-function DMM, including VFD mode, true rms, LoZ and NCV.