FOTRIC AnalyzIR vs FLUKE Smartview Thermal Image Video Analysis Software Comparison
What's the difference between the FOTRIC AnalyzIR and FLUKE Smartview thermal image video analysis software?
Key Feature Differences
Fotric AnalyzIR,
- Supports the addition of temperature measuring tools for any spots, boxes, circle, and polygons;
- Supports automatic calculation of the temperature difference between two temperature measurement areas;
- Support automatic calculation of the phase temperature difference between three-phase power equipment;
- Support temperature correction of any temperature measurement spot or temperature measurement area;
- Support thermal image rotation, 90° to the left, 90° to the right, horizontal flip, vertical flip
- Support 16 standard color palettes and the corresponding16 reverse color palettes;
- Support 3 kinds of isotherms color alarms;
- Support 7 kinds of automatic trigger recording radiometric video
- Support analysis of all radiometric image and video;
- Support the play, segment, merge of radiometric images or radiometric thermal videos;
- Support automatic generation of temperature vs time plot, temperature difference vs time curve;
- Support automatic calculation of temperature difference vs time between different samples, and comparison curve of temperature difference
- Support custom report templates
- Support one-click automatic batch generation of 400 professional reports;
Product Specifications
| Fotric AnalyzIR | Fluke Smartview | |
| Analyze any single thermal image | Yes | Yes |
| One-Key report generation | Yes | Yes |
| Create radiometric videos with radiometric images | Yes | |
| Record and analyze radiometric videos | Yes | |
| Plot and export temperature vs. time curve from real-time video | Yes | |
| Analyze the temperature difference between any two regions | Yes | |
| Radiometric image/video merge, temperature vs time plot, 3D plot, picture-in-picture fusion | Yes | |
| Automatically trigger/stop recording | Yes | |
* Fully-radiometric short thermal video stream refers that each frame of the video stream preserves the original temperature of each pixel.
Note: Information is collected from the internet and for reference only.
