In recent years, disposable electronic atomizing devices with multiple flavor pathways and large liquid storage capacity have exhibited increasingly systematic characteristics in their engineering structure. The ZOOY 120K 6-in-1 is a representative device that adopts a "three-tank liquid storage + six-mode flavor switching" solution. This technical document aims to systematically break down its key specifications, mechanical structure, liquid circuit configuration, power module, and supply chain characteristics to facilitate parameter reference or structural analysis for researchers, industry engineers, and practitioners.
1. System Overall Architecture: Three-Compartment Liquid Storage + Six-Mode Flavor Switching Mechanism
The basic structure of the ZOOY 120K 6-in-1 revolves around a "three-compartment liquid storage system." Internally, it contains three independent liquid storage compartments, each approximately 18 mL, totaling approximately 54 mL. Each compartment corresponds to its own flavor pathway, and six flavor modes can be created through an internal mechanical selector: A, B, C, A+B, A+C, and B+C. This structure achieves flavor diversity while reducing flavor residue interference through physical isolation. The six-mode switching relies on a rotatable mechanical structure, similar to a multi-position liquid path selector. In actual operation, different modes correspond to different liquid supply path combinations, effectively integrating the multi-compartment structure into an adjustable flavor output system.
The engineering significance of this structure is mainly reflected in: Improved controllability of liquid management; Allowing different flavors to be stored stably and independently for a long time; High structural stability and flavor consistency; Reduced possibility of flavor cross-contamination.
2. Atomization Structure: Functional Design of the 0.8Ω Triple-Coil System
This device uses a triple mesh coil structure with a resistance of approximately 0.8Ω. The characteristics of this type of coil include: Larger heating area; More uniform heat distribution; Higher evaporation efficiency under low power consumption conditions; Strong liquid capacity, suitable for long-term use.
In the ZOOY 120K structure, these three coils typically correspond to three independent liquid supply paths. Different flavor modes may activate one or two coils in combination, thereby achieving multiple flavor outputs.
In engineering, the advantages of Triple-Coil are: Adapting to the continuous liquid supply requirements of large-capacity liquid storage structures; Reducing thermal decay and aging issues caused by long-term operation of a single coil; Improving overall system lifespan through load distribution via parallel multi-coil connection; The coil structure and liquid supply wick also feature a modular layout, making the three paths relatively independent and reducing odor cross-contamination caused by liquid seepage.
3. Liquid Supply Path and Liquid Management System
The ZOOY 120K's liquid management system adopts a "three-compartment independent + capillary supply" mode. The main structure includes:
Three independent liquid storage compartments: 18 mL per compartment, total capacity 54 mL
Capillary wick: Responsible for absorbing liquid and transporting it to the evaporation zone
Mechanical channel switching structure: Determines which compartment is connected to the coil
Hard isolation structure: Prevents liquid movement between compartments
Its liquid management method is based on capillary action, providing a continuous and stable liquid supply through the wick.
Due to the large liquid capacity, to prevent liquid accumulation or supply imbalance, the internal design typically includes:
Leak-proof structure
Liquid stabilization chamber
Multi-point wick contact surface
Internal pressure balancing channel
These designs enable the three-compartment system to maintain consistent liquid supply under long-term use.
4. Power System: 850mAh Battery and Type-C Charging Structure
The device uses an 850mAh rechargeable lithium battery to meet the energy consumption requirements of the large-capacity liquid storage and multi-coil structure. The Type-C charging port improves compatibility and charging efficiency, and is a common configuration in recent years for disposable devices moving towards higher energy density.
The battery system may use:
MOSFET output control (for stabilizing power output)
Basic PWM regulation technology (to avoid excessive output fluctuations)
Suction detector (pressure sensor) (for triggering heating)
Nominally capable of approximately 120,000 suction cycles, demonstrating a balance between its energy consumption design and liquid storage capacity.
5. Multiple Concentration Versions and Parameter Structure (Technical Description)
The device offers multiple nicotine concentration versions: 0%, 2%, 3%, and 5%. This structure primarily involves:
Supply chain flexibility
Cross-regional regulatory compliance
Parameter hierarchical management at the production end
This data is for parameter recording only and does not constitute any consumer guidance.
VI. Physical Dimensions, Weight, and Material Structure
The unit weighs approximately 165 grams, which is relatively heavy for a disposable vaping device. The weight mainly comes from:
Multi-compartment structure
Multi-coil module
Reinforced outer shell
Built-in high-capacity battery
Frame securing internal components
The overall structure is closer to a "compact multi-module integrated device," with high space utilization. Precise structural reinforcement is required for the internal layout to prevent component loosening.
6. Packaging and Supply Chain Data
Common supply chain packaging methods for the ZOOY 120K include:
Inner box: 10 units
Outer carton: 100 units
Carton weight: Approximately 17 kg
This type of packaging is more suitable for wholesale, warehousing, regional agency, and inventory management scenarios.