Eades Appliance Technology's SousVide Supreme performs pretty well, but it's missing features that would make it much easier to use.
Appliance Science looks at the physics of today's smart home tech.
How does the ice maker in your fridge crank out ice cubes repeatedly for years at a time? Appliance Science looks at how the ice maker in your refrigerator works.
Ease your dad into the real world with this clever household tech.
LG's new "Diamond Collection" kitchen appliances feature a darker, more fingerprint-resistant shade of stainless steel.
Just because your space is limited, doesn't mean your kitchen appliances have to be. Click through to see some appliances that could make a big impact in a small kitchen.
What do rockets have in common with your dishwasher? How does your dishwasher tell when the dishes are clean? Appliance Science looks at the physics that help get your dishes clean.
Do you want to know how good your microwave is? You can see how many hot spots it has with a few bits of buttered bread, and you can measure the speed of light at the same time. Appliance Science looks at mapping your microwave.
HEPA air filters promise to take nasty things out of the air, removing cigarette smoke, pollen and other irritants. How do they do this? Appliance Science looks at how HEPA air filters work, and how to tell the real from the fake.
How do you make the perfect scrambled eggs? Appliance Science experiments with sous-vide cooking to find the perfect temperature for making this popular dish.
What happens when engineers make coffee? Espresso. Appliance Science looks at the physics of this beloved (and reviled) coffee drink.