The FIR+ 20-In-1 Smart Cooking System uses Far Infrared Ray Technology to effortlessly create quick, high-quality and healthy meals at the press of a button. The compact system is a do-it-all addition to the kitchen that functions as an air fryer, sous vide, non-stick pan, sauce and stew pan, defrosting tray, waffle maker and much more.
Thanks to its patented Core Tech, the cooking system has precision temperature controls so that everything from meat to vegetables can be cooked at just the right level of heat, all the while maintaining more nutrients. With an informative LED screen, the cooking system is a helpful kitchen companion that makes it easy to choose modes, functions and temperature settings.
Multifunctional Smart Cookers
The FIR+ 20-In-1 Smart Cooking System Makes Fast & Healthy Meals
Trend Themes
1. Far Infrared Ray Technology - The integration of Far Infrared Ray Technology in smart cookers presents opportunities for health and energy-saving benefits.
2. Multifunctional Cooking System - The increasing demand for multifunctional cooking systems that save time, space, and energy presents opportunities for innovation in the smart cooking industry.
3. Precision Temperature Controls - The development of precision temperature controls in cooking systems provides opportunities for more efficient and effective cooking processes.
Industry Implications
1. Smart Kitchen Appliances - The use of Far Infrared Ray Technology and multifunctional features in smart cookers presents opportunities for innovation in the smart kitchen appliances industry.
2. Health and Wellness - The integration of Far Infrared Ray Technology and precise temperature controls in smart cookers presents opportunities for innovation in the health and wellness industry, providing consumers with healthier and nutrient-rich meals.
3. Foodservice Industry - The increasing use of multifunctional cooking systems with precise temperature controls in the foodservice industry presents opportunities for more efficient and cost-effective cooking processes.