Stunning Thermal Imaging Performance

OLED Touch Display
Features a self-illuminating 1080P ultra-high-definition OLED display (1920×1080 resolution), with an ultra-high contrast ratio of 100,000:1, a wide 170° viewing angle, and microsecond-level response speed. Combined with HDR high dynamic range imaging technology, it delivers high-quality thermal imaging visuals.
New Generation Infrared Detector
Equipped with a new-generation FPA uncooled infrared detector. It offers an infrared resolution of up to 1024*768, with 786,432 effective temperature measurement points. Delivers superior imaging and enhanced thermal sensitivity.
High-Performance Processor
Powered by Qualcomm's latest Snapdragon processor, ensuring faster processing speeds and improved imaging quality.
Minimalist Control with Touchscreen and Buttons
Dual operation modes via touchscreen and buttons. Each can be used independently or combined for convenient and efficient operation.
Composite Color Tuning Focus Imaging Technology
FOTRIC's proprietary Composite Color Tuning Focus Imaging Technology provides exceptional thermal imaging performance, ideal for analyzing subtle temperature differences of specific targets in complex scenarios, facilitating quick and accurate on-site diagnostics (FOTRIC proprietary technology).
High Temperature Difference Balanced Imaging Technology
FOTRIC's proprietary High Temperature Difference Balanced Imaging Technology clearly displays the thermal gradient of all targets in high temperature difference environments (FOTRIC proprietary technology).
Detail Enhancement Fusion Imaging Technology
FOTRIC's proprietary Detail Enhancement Fusion Imaging Technology allows fusion of visible light outline details onto thermal images, making it easy to pinpoint the exact location of faults (FOTRIC proprietary technology).
Powerful On-Site Diagnostic Capabilities
On-device instant analysis of thermal images
The FOTRIC 369 supports immediate on-device analysis of thermal images after capture, eliminating the need for repeated shots and ensuring convenience. It features automatic high-low temperature capture and supports up to 16 temperature measurement points, 16 measurement areas, and 16 measurement lines for simultaneous monitoring.
On-Device Zonal Emissivity Settings
Allows setting different emissivity values for various zones on the device, enabling accurate temperature measurement for different materials and ensuring measurement precision.

On-Device Temperature Rise Display and Temperature Difference Calculation
The device can display temperature rise (actual temperature minus a set baseline) for all measurement points across the screen, simplifying temperature rise screening. It also calculates temperature differences between any measurement markers or between any marker and a reference temperature.
On-Device Full Radiation Thermal Video Recording
Supports recording full radiation thermal videos on the device, with customizable frame rates or intervals.
Automatic Thermal Image Naming
Scan-to-name functionality automatically names thermal images, eliminating errors associated with manual naming.