FYCOS DKBAR 40000 Puffs

Suspended high-definition giant screen display system
In the field of disposable electronic atomization equipment, one of the core user pain points of high-port products lies in the opacity of the equipment status - users cannot accurately determine the remaining e-liquid and battery capacity, and often only notice it when the battery power or capacity is exhausted, resulting in usage interruption. The FYCOS DKBAR 40000 systematically responds to this by being equipped with a floating high-definition intelligent giant screen. This screen is driven by the second-generation 2.0 version chip, and the display area covers key parameters such as battery remaining capacity, e-liquid remaining capacity and the current suction status. Compared with traditional LED dot matrix screens or multi-segment battery level displays, the high-definition giant screen solution can present information with more precise quantification accuracy. Users can make pre-arrangements for charging or replacing devices before the e-liquid runs out or the battery runs low based on this, effectively eliminating the common "blind suction" uncertainty of high-number disposable devices in the middle and later stages of use. The screen adopts a suspended structure design, which is physically distinguished from the main body of the device. This reduces the probability of the screen area being impacted by external forces during use and simultaneously enhances the clarity of information recognition during interactive reading.

Power supply system and rechargeable solution
The device is equipped with an 850mAh rechargeable lithium battery and a Type-C fast charging interface. Referring to the power configuration data of the 60000 puffs model in the same series, the 850mAh capacity, after power consumption calibration, forms a matching relationship with the power demand of the dual-core atomization system, which can effectively avoid the performance bottleneck of "battery aging before the e-liquid is completely used up" that is common in high-port number disposable equipment. The Type-C interface offers higher charging efficiency than the traditional Micro-USB, with shorter lengths and more controllable heat generation. At the same time, it maintains cable compatibility with mainstream mobile device charging accessories, reducing the backup charging management costs for users in travel scenarios.