CRESMO

CRESMO is a high-capacity intelligent vaping device designed for high-frequency use, aimed at addressing common design challenges in large-volume products related to size, user experience, and efficiency. While accommodating 24 ml of e-liquid, internal spatial restructuring reduces the overall volume by approximately 20–30%, effectively mitigating the bulkiness typical of traditional large-capacity devices. CRESMO integrates an electromagnetic motor for active liquid control, intelligent temperature regulation with dry-burn prevention, and a physically isolated oil-core structure, ensuring leak-free operation throughout the product lifecycle, consistent flavor delivery, and long-term preservation of liquid freshness.
CRESMO introduces the industry-first electromagnetic motor-based liquid control technology, marking a shift from passive wicking to active fluid management. The system precisely pumps e-liquid according to the operating state of the atomization coil, effectively eliminating leakage throughout the device’s lifecycle and ensuring consistent vapor saturation in every puff.
Coupled with an intelligent temperature-control algorithm for dry-burn prevention, the device continuously monitors the resistance of the heating element, instantly cutting off output if insufficient liquid or abnormal temperature is detected, thereby physically preventing coil burnout.
The innovative oil-core separation with physical locking structure completely isolates the e-liquid from the atomization core before use, effectively preventing oxidation and ensuring that the liquid retains its original freshness and chemical stability even after long-term storage or harsh transport conditions.
By combining intelligent temperature-control for dry-burn prevention, electromagnetic liquid management, and oil-core separation, CRESMO systematically addresses common issues in large-capacity vaping products, including leakage, coil burnout, flavor degradation, and untrackable remaining liquid. The panoramic transparent window provides intuitive visibility of the remaining e-liquid, reducing user uncertainty and waste, while enabling higher utilization efficiency under the same conditions, transforming “high puff count” into sustainable usage value.