Sour Apple Ice Lost Mary MO20000 PRO

Lost Mary MO20000 PRO Disposable Vape – Sour Apple Ice

Experience the perfect blend of sweet and tart green apple with a refreshing icy mint finish in the Lost Mary MO20000 PRO disposable vape. This premium device delivers exceptional performance with advanced features for both new and experienced vapers.

Product Features:

• Premium Flavor Profile: Sour Apple Ice combines crisp green apple notes with cooling menthol for a refreshing vaping experience
• High-Capacity Design: 18ml e-liquid capacity delivers approximately 20,000 puffs per device
• Advanced Technology: Dual Mesh Coil (0.9 ohm) ensures consistent flavor and vapor production
• Smart Display: Mega Animation HD Screen shows real-time e-liquid level, battery status, and wattage settings
• Customizable Experience: Variable wattage (13W-25W) and 3 adjustable airflow settings for personalized vaping
• Convenient Charging: 800mAh rechargeable battery with USB-C fast charging capability
• Additional Features: Puff timer, vaping animations, and charging animations

Technical Specifications:

• Flavor: Sour Apple Ice
• E-liquid Capacity: 18ml
• Nicotine Strength: 50mg (5%)
• Coil Type: Dual Mesh Coil (0.9 ohm)
• Puff Count: Approximately 20,000 puffs
• Battery: 800mAh rechargeable (USB-C)
• Wattage Range: 13W – 25W adjustable
• Airflow: 3 adjustable settings
• Display: HD screen with animations

Usage & Care Recommendations:

• Store in a cool, dry place away from direct sunlight and extreme temperatures
• Charge using the provided USB-C cable and compatible power adapter
• Keep device upright when not in use to prevent leakage
• Monitor e-liquid level through the HD screen display
• Adjust airflow and wattage settings to find your preferred vaping experience
• Dispose of properly according to local regulations when empty
• Keep out of reach of children and pets

The Lost Mary MO20000 PRO offers a premium disposable vaping experience with exceptional flavor delivery and advanced features. Perfect for vapers seeking convenience without compromising on performance.