2.4G WIFI Sous Vide Cooker INKBIRD Sous Vide Machine with APP Control, 1000 Watt

2.4G WIFI Sous Vide Cooker INKBIRD Sous Vide Machine with APP Control, 1000 Watts Immersion Circulator with APP Recipes Timer Alarm Mobile Notification, 3D Water Fast Heating Ultra-Quiet Wattage 1000 watts Voltage 120 Volts Item Weight 1.41 Kilograms Brand Inkbird Material Stainless Steel About this item How to Use Wi-Fi Remote Control for Precision Cooking: Connect the INKBIRD WiFi Sous Vide Cooker to your 2.4GHz Wi-Fi network via the free "INKBIRD" app. Remotely set, monitor, and adjust your sous vide machine from your smartphone, even when away from home. Share access with up to 100 family members as app administrators for collaborative meal preparation What Are the Timer and Temperature Precision Features: The immersion circulator offers a 100-hour max timer and a broad temperature range (32°F–194°F / 0°C–90°C) with ultra-precise ±1°F (0.1°C) accuracy. Achieve restaurant-quality results every time by locking in your ideal doneness through preset or custom cooking modes How to Ensure Safety with Smart Alarms: The WiFi Sous Vide Machine automatically stops and triggers alarms if the water level drops below the minimum line or when the target temperature is reached. Never worry about overcooking or dry heating—safety alerts keep you informed 24/7. How to Cook Effortlessly and Quietly: Attach the sous vide cooker to any pot using the secure clamp, fill with water, and immerse vacuum-sealed food. Set your desired temperature via the intuitive interface or app, then enjoy noise-free operation (<40 dB) while exploring built-in recipes or creating custom dishes What Makes It a Durable Powerhouse: Built with a stainless steel heating column and a 1000W rapid-heating element, this immersion circulator heats water faster and maintains precise temperatures for hours. Its robust design ensures long-term reliability for sous vide enthusiasts Product description Previous page Next page Smart Alarm Alert Smart Safety Smart APP Previous page Easy Operation Learn More Next page