QIBOX Portable Bottle Warmer for Travel - 3-Min Fast Heating, 30W Fast Charging, 17oz Capacity, On-the-Go Baby Bottle Warmer

Travel-friendly bottle warming, anywhere you go

For busy parents, the QIBOX Portable Bottle Warmer combines compact design with precise heating to support feeding on the move. It heats 4 oz of refrigerated milk to about 98°F in roughly 3 minutes and 50 seconds, and it warms 4 oz of room-temperature water to around 113°F in about 3 minutes. The result is warmth you can trust during late nights, road trips, or airport layovers—without needing to pause your day.

Crafted with safety and durability in mind, this warmer uses SUS316L stainless steel and BPA-free, food-grade materials. The result is a kitchen-grade feel in a travel-friendly package, designed to fit into a daily bag or carry-on with ease. With a 17 oz capacity, you can count on fewer refills between feedings, helping you stay in your rhythm even when schedules shift.

Power and performance you can rely on

• 4000mAh battery powers multiple feedings on a single charge—eight 4 oz portions of refrigerated milk or twenty 4 oz portions of water.
• 30W fast charging provides a quick recharge, bringing the unit back to ready status in under 2 hours.
• Precise temperature control ranges from 99°F to 212°F, letting you dial in the exact warmth you need for different feeds.
• Long heat retention demonstrates stable performance in real-world conditions, so you’re not rushing to reheat every few hours.
• Easy cleaning includes a dedicated cleaning brush to reach corners and keep the device ready for the next use.

Why parents choose QIBOX on the go

• Compact, travel-friendly design fits in backpacks, car bags, and diaper totes for outdoor adventures or airplane travel.
• Reliable performance for late-night feeds, road trips, or days spent away from power outlets.
• Suitable for both breast milk and formula, with temperatures that help you approach ideal feeding warmth.

Note: Temperature and heat retention are demonstrated in tests under specific conditions. Real-world results depend on external factors like ambient temperature and starting liquid temperature. The device aims to deliver controlled warmth and convenience rather than guaranteed outcomes.