This atomizer heating element monitoring device combines a high-precision infrared thermal imaging module with an adjustable simulated draw system and a three-axis precision fixture compatible with all types of atomizing cores. It provides real-time monitoring of heating element temperature distribution, localized hot spots, cotton core carbonization, and dry burn phenomena. Software automatically collects and stores temperature curves for atomizer product development and debugging, material qua
This atomizer heating element monitoring device combines a high-precision infrared thermal imaging module with an adjustable simulated draw system and a three-axis precision fixture compatible with all types of atomizing cores. It provides real-time monitoring of heating element temperature distribution, localized hot spots, cotton core carbonization, and dry burn phenomena. Software automatically collects and stores temperature curves for atomizer product development and debugging, material qua
This atomizer heating element monitoring device integrates a high-precision infrared thermal imaging module with an adjustable simulated draw system, and includes a three-axis precision fixture compatible with all types of atomizing cores. It enables real-time monitoring of heating element temperature distribution, localized hot spots, cotton core carbonization, and dry-burn conditions. The software automatically captures and stores temperature profiles, making it suitable for atomizer product development and debugging, material quality inspection, and lifespan aging tests. It also supports customized operating positions, voltage, and flow rates.





