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Recently, Fluke Corp. announced the introduction of the Fluke Ti480 and TiX580 thermal imaging cameras with 640 x 480 resolution and 4x pixel resolution to 1280 x 960 resolution with superpixel and precision displacement imaging, respectively. , generating stunning ultra-high-definition infrared images, providing experts in industry, process, research, utilities, and building inspections with the assurance of rapid discovery and analytical research. With outstanding performance and features, the new TiX580 and Ti480 are incredibly cost-effective, and the 640-pixel era is coming, it's time to upgrade your camera!
For the Ti480 thermal imaging camera, Fluke integrates 640 x 480 resolution into a rugged, hand-held design. The camera enables fast, one-handed operation for easy and accurate multiple inspections. Now, there is finally a thermal imaging camera that can be used "on a daily basis" with a resolution four times that of a typical 320 x 240 pixel camera. You only need to "focus-shoot" when troubleshooting.
The new TiX580 thermal imaging camera has a 240-degree rotating screen that allows engineers to easily view, preview and capture images above, below and around objects. The 5.7-inch screen's viewable area is increased by 150% compared to a standard 3.5-inch screen, allowing engineers to quickly identify problems on the spot and edit images directly on the camera, saving time running back to the office.
TiX580's MATLAB and LabVIEW software are compatible with the new Fluke Connect desktop software, which allows users to integrate camera data, infrared video and infrared images to support R&D analysis.
Both new cameras are equipped with MultiSharpTM multi-point focusing, an advanced focusing system that captures multiple images at the touch of a button. The camera combines multiple images into one image, ensuring that both far and near objects are in focus and that sharp images are obtained, ensuring accurate focus images regardless of the conditions.
Both thermal imaging cameras have the ability to capture multiple images and combine them into a sharp, sharp 1280 x 960 resolution image – four times as many as 640 x 480 pixels; calculated using a laser rangefinder The accurate distance of the target object, to obtain a sharper and more accurate image; in addition to the infrared image, a visible image is captured and can be combined in three different working modes: picture-in-picture, full visible light, and automatic fusion (AutoBlend); Optimize and analyze thermal maps, generate custom reports, and export images to the Fluke Connect cloud in multiple formats.