【Ultimate Clarity】 Featuring the HSFTOOLS Live Super Resolution algorithm, the F2W thermal imager takes thermal image enhancement as the resolution jumps from 256x192 detector resolution to an impressive 640x480 super resolution. The <40 mK sensitivity and 25 Hz high refresh rate provide HD and smooth thermal imaging for fast IR inspections without lag. Easily switch among 7 color palettes using the Down button.
【Advanced Intelligent Scene Detection]】The F2W thermal scanner features HSFTOOLS' unique intelligent technology, IntellFault, along with the Pro Scene Color Alarm. It uses advanced deep learning to quickly detect potential water leaks and insulation voids. The Pro Scene automatically analyzes environmental data to detect and alert you to abnormal moisture or insulation issues. Designed for both beginners and experts, HSFTOOLS' intelligent scene detection makes inspections faster and easier.
【Powerful App and Software】 The F2W infrared thermal camera offers Wi-Fi connectivity for seamless pairing with the HSFTOOLS app, allowing easy access and sharing images, analysis, and reporting on your smartphone or tablet. Download the app effortlessly from Google Play or the Apple App Store. For advanced image analysis, screen projection, real-time monitoring, 3D plotting, and more, use the HSF Studio Windows PC software available for download on the official HSFTOOLS website.
【Fast Anomaly Recognition】The F2W ir thermal camera features a wide temperature range of -4℉ to 1022℉, making it suitable for a wide variety of work sites. It automatically tracks the hottest, coldest, and center temperature spots and 3 user-defined spots, instantly displaying temperature readings. Additionally, you can set temperature exceedance alerts to get anomalies notified promptly through visual OSD text and LED flashlight or audio buzzer alerts and take action before significant failures occur.
【Accurate Temperature Measurement】The F2W infrared camera adopts an advanced VOx detector, which enables it to detect temperature differentials as small as 0.04℃ and ensure that the temperature readings discrepancy is within max(±3.6°F, ±2%). Additionally, the thermal imager allows users to change emissivity settings based on specific materials and adjust the distance to objects, ensuring more accurate temperature measurements on a variety of substances, including wood, bricks, and more.
