Electronic Atomization Heating Wire Endoscope Detector
A professional atomizer heating element observation instrument equipped with an infrared thermal imaging module simulates real-world suction conditions, enabling visual monitoring of temperature distribution, dry burning, cotton core carbonization, and heat uniformity in atomizing cores. It is suitable for e-liquid device R&D, material quality inspection, and lifespan testing, with data export and curve analysis support. Compatible with multiple atomizer specifications, it also offers manufactur
A professional atomizer heating element observation instrument equipped with an infrared thermal imaging module simulates real-world suction conditions, enabling visual monitoring of temperature distribution, dry burning, cotton core carbonization, and heat uniformity in atomizing cores. It is suitable for e-liquid device R&D, material quality inspection, and lifespan testing, with data export and curve analysis support. Compatible with multiple atomizer specifications, it also offers manufactur
A professional atomizer-heating-element inspection instrument, equipped with an infrared thermal imaging module, simulates real-world suction conditions. It enables visual monitoring of temperature distribution, dry-burn behavior, cotton-core carbonization, and heat uniformity in atomizing cores. Suitable for e-liquid device R&D, material quality inspection, and service-life testing, it supports data export and curve analysis. The system is compatible with multiple atomizer specifications and offers manufacturer-specific customization options.
A dedicated probe is used to inspect the heating filament inside the nebulizer. The lens lift-and-lower mechanism and the loading/unloading process are motor-driven. A stepper motor controls module operation according to preset parameters.
