BAJAJ 2200 W Radiant Cooktop Jog Dial, Touch Panel  (Black, IRX 220F INFRARED 740311)

Product Overview: Bajaj presents a whole new range of electric induction cooktops. The product is powered by a strong 2200-watt infrared heating element that provides longevity and smooth, quiet cooking. It comes with various modes for cooking and a digital LED touch panel display for easy operations. It is also powered by auto pan detection feature and automatically switches off when not in use or at very high temperature. It is the perfect addition to your kitchen to make your cooking process efficient and quick. Infrared Cooktops- The New Era of Cooking: Introducing our latest portable infrared cooktop, designed to revolutionize your cooking experience. Our infrared cooktop uses innovative heating technology that utilizes infrared radiation to heat the surface of the cooktop. This allows the cooktop to heat up quickly and cooks your food evenly. Infrared heating makes it more energy-efficient than gas or electric cooktops because it only heats up the cookware, not the surrounding air. It comes with a sleek and modern design that comes with a glass or ceramic surface that is easy to clean and maintain. It is equipped with various features such as touch controls, digital displays, and safety features like automatic shut-off. Safety Features: Bajaj premium infrared cooktop comes with various safety features to prevent accidents. These include automatic shut-off, overheat protection and high/ low voltage protection. It helps in preventing the damage to the cooktop and other electrical components that extends the life of the appliance. Energy Efficient: Induction cooktops are extremely energy efficient because they heat only the cookware, not the surrounding air. It allows you to precisely control the temperature of your cookware, that makes cooking delicate dishes easier and saves electrical energy. The auto shut down feature cuts power when no key is pressed in two hours. This is to prevent the cooktop from overheating and potentially causing a