For hundreds of years, making a cup of coffee was a simple process. Roasted and ground coffee beans were placed in a pot or pan, to which hot water was added, followed by attachment of a lid to commence the infusion process. Pots were designed specifically for brewing coffee, all with the purpose of trying to trap the coffee grounds before the coffee is poured. Typical designs feature a pot with a flat expanded bottom to catch sinking grounds and a sharp pour spout that traps the floating grinds. Other designs feature a wide bulge in the middle of the pot to catch grounds when coffee is poured.
The KitchenAid 12-Cup Programmable Coffee Maker, in onyx black, features a removable water tank that is easily accessible and includes printed water level indicators that make it easy to fill. The dishwasher-safe glass carafe features a dripless pouring spout and a comfortable soft-grip handle. The refined brew process includes a combination of the shower heads and a flat-bottom brew basket to evenly saturate the coffee grounds for uniform extraction and maximum flavor. The 1 to 4 cup brew...
Making the perfect espresso can be a labor of love, but not everyone who wants to drink espresso wants to do all that labor. Pod-based machines make it easier, but then you have fewer type of coffee to choose from. This machine solves both of those problems since it has adapters for most of the popular pods, including Nespresso, Dolce Gusto, K-Fee, or Verismo by Starbucks, and you can also use your own fresh ground coffee.
The impact of science and technological advances as a motif in post-war design was eventually felt in the manufacture and marketing of coffee and coffee-makers. Consumer guides emphasized the ability of the device to meet standards of temperature and brewing time, and the ratio of soluble elements between brew and grounds. The industrial chemist Peter Schlumbohm expressed the scientific motif most purely in his "Chemex" coffeemaker, which from its initial marketing in the early 1940s used the authority of science as a sales tool, describing the product as "the Chemist's way of making coffee", and discussing at length the quality of its product in the language of the laboratory: "the funnel of the CHEMEX creates ideal hydrostatic conditions for the unique... Chemex extraction." Schlumbohm's unique brewer, a single Pyrex vessel shaped to hold a proprietary filter cone, resembled nothing more than a piece of laboratory equipment, and surprisingly became popular for a time in the otherwise heavily automated, technology-obsessed 1950s household.
We wanted to find the best espresso machine available to home brewers for less than $1,000. At this comparatively low price point, we hoped to find a machine that could pull a shot that—if not as high-quality as one served at a prized Italian cafe or as high-dollar as a Brooklyn coffee shop's—would have nuanced flavor, the right amount of brightness and acidity, and very little bitterness.
Our brew-performance tests measure the brew temperature and contact time (how long water stays within a sweet spot of 195° to 205° F for brewing). We measure concentration using a refractometer, a device that measures the amount of coffee dissolved in each brew. Our convenience tests look at how easy it is to set timers, fill the reservoir, clean the machine, and more. And for the first time, we’re incorporating predicted reliability and owner satisfaction ratings into the new Overall Score for each model. We determine these ratings for each drip coffee maker brand using survey data collected from thousands of CR members.