Nuwave 30221 PIC Titanium Pro, Countertop Appliance

ADVANCED INDUCTION TECHNOLOGY – The 1500-watt Nuwave Precision Induction Cooktop (PIC) Gold made with a series of magnetic induction coils located in the cooking surface. These coils generate magnetic fields that produce a warming reaction in steel and iron-based pots and pans, producing heat directly in the cookware and less residual heat in your kitchen.
PRECISE TEMPERATURE CONTROL – While other induction cooktops can only cook as low as 140°F or as high as 420°F, with the PIC Gold, you can sear a steak at 575°F or keep sauces warm at 100°F, all with the same unit. The digital temperature controls let you adjust the cooking temperature in 10° increments. It features 100 hours of memory that allows you to program your favorite cooking procedures, as well as a Delay function that allows you to initiate cooking when it’s most convenient for you.
PORTABLE COOKING CAPABILITIES – The PIC Gold lets you cook outside the kitchen. With a lightweight, compact design, you can take the PIC virtually anywhere. As long as you have access to an electric outlet, you can cook in your backyard, in the RV, at the campsite and so much more. You can even adjust the wattage, selecting from 600, 900 or the default 1500 watts with the press of a button.
SAFE & EFFICIENT – The PIC Gold generates heat directly in the cookware itself, wasting virtually no energy while cooking your food and saving you money on your energy bill. By using no more than 1500 watts, the PIC conserves up to 90% of the energy wasted by traditional gas or electric stoves. And because the PIC Gold doesn’t cook with any open flames or hot coils, the area around the cooktop remains cool. These safety measures greatly reduce the risk of fires and accidental burns.
HEALTHY DURALON BLUE INDUCTION-READY PAN INCLUDED – Forged construction makes the pan strong and durable yet lightweight. The ultra-non-stick Duralon Blue is all-natural ceramic coating free of harmful chemicals like PTFE, PFOA, and PFOS. It also does not emit toxic gases at higher temperatures.