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What is microwave sensor cooking? Sensor cooking allows microwaves to monitor water content in foods and adjusts cooking times and power levels dynamically for the best results for your dish possible.
While it’s not a technology featured in all microwave ovens, many countertop microwaves and other types offer it, and knowing how it works can help you decide whether it’s a feature you look for when trying to buy the best microwave for your needs. Before you learn about sensor cooking, you may want to look into things like the basics of how to use a microwave, how to use a microwave pressure cooker, what F3 means on a microwave, and how a microwave sensor cooking works.
Microwave sensors are especially good at reheating food since they automatically detect moisture and internal heat levels in food.
One of the advantages microwave cooking can have over other cooking appliances is the inclusion of a sensor cook option.
Any type of microwave can have a sensor, including built-in microwaves and range microwaves. It’s a technology that can help a delicate food product like fish or fresh vegetables, or a typically difficult to microwave cook product like potatoes use a cook time and power level customized to the specific item in the microwave, even lowering both as it finishes if need be. It’s basically an intelligent automatic cooking mode.
Simply put, the sensor in a microwave (if it has one) detects moisture, humidity, and heat levels in food (often by cubic foot) and automatically adjusts power levels and cook times, saving wasted minutes checking foods repeatedly.
This allows for more precise cooking customized choices for the specific food item in question, decreasing the likelihood of cold spots, uneven heating, dried-out or rubbery food from overcooking, and other heating issues.
While not all microwaves have auto sensor technology, those that do will either employ the auto sensor automatically, without the option to cook without it, or will have both fully manual cooking modes and cooking modes using the sensor.
A countertop microwave, range microwave, and drawer or built-in microwave all cook the same way and thus those with sensors will use them in the same way, but whether or not sensor mode is selectable will vary greatly from model to model.
Sensors will generally work fine with microwave turntables.
Auto sensors on microwaves can provide great results for a variety of foods and cooking applications, though customers report that sensors still tend to work better for some uses than others.
Some complex or delicate meals and food items like bread and more delicate fish or meats are more suited to manual cooking controls, as sensor technology often isn’t advanced enough to accurately monitor such items.
How do you disable a microwave sensor?
It depends on the model of microwave you have- some use the sensor function automatically while some allow for switchable manual modes. If your microwave’s sensor functions automatically, it isn’t really possible to disable it. Such modes are usually marked on your control display panel.
Do microwave sensors work through glass?
Yes. Microwave sensors are designed to work with any normal microwave-safe containers or plates, so generally speaking, there should be no issue when using glass containers. Remember that all metals, like stainless steel, are not to be used in microwaves.
Are microwave sensors worth it?
Microwave ovens with auto sensor technology, much like those with inverter technology, tend to be more expensive than those without (including countertop models), so it’s worth asking. Sensors work very well for reheating foods and should work well for most other uses, but some more delicate or complex meals may require strictly manual cooking modes.
STAT: Microwave sensors in ovens use the same basic technology as those made to measure seafloor temperature fluctuations. (source)
STAT: The basic technology of microwave sensors was first introduced in the 1940s. (source)
STAT: As of 2021, only about half of the microwave ovens on the market have built-in sensor technology. (source)