OUTLANE 39-Bottle Wine Cooler, Dual Zone Beverage Refrigerator with Digital Temperature Control, Freestanding Wine Cellar with Tempered Glass Door, Quiet Operation for Home, Kitchen, or Office

Features

• Perfect Wine Storage: This unit has a capacity to store up to 39 wine bottles, making it suitable for storing not only red wine but also soda, canned beer, and mixer beverages. Featuring removable stainless steel shelves, you can adjust the heights to customize the interior space, accommodating cans and bottles of various sizes in an upright or flat position with ease.
• Ideal Temperature Control: This refrigerator with dual zone design not only provides a stable and consistent temperature environment for your wines but also caters to various temperature needs of your storage. You can easily customize the temperature settings within a range of 41 64F, creating an optimal climate for the quality and taste of your wines.
• Advanced and Quiet Cooling System: The air cooling system in the cooler promotes air circulation and prevents frost, ensuring a consistent distribution of cold air across every corner to cool wines and drinks. Featuring a silent shock absorption system, the fridge operates without noise or vibrations, creating a tranquil environment that won't disturb daily activities or affect the sediment in wines.
• Double Layer Tempering Glass: The double layer tempering glass door significantly improves light, heat and dust insulation, minimizing the impact of external conditions and ensuring stable internal temperature and optimal humidity levels. This not only promotes energy efficiency but also creates an ideal environment for wine storage.
• Effortless Operation: Equipped with a digital touchscreen and LED display, this wine cooler allows for easy adjustment of temperatures, switching between zones and customization of settings with convenience. Moreover, its adjustable feet enable placement on various surfaces, whether flat or uneven, providing versatility in positioning the refrigerator to suit your space requirements.