If you make your coffee at home, you want to make sure that you’re getting a great-tasting and convenient cup of coffee whenever possible. The best way to do this is to invest in the right equipment. In the home, no piece of coffee equipment is more important than the coffee maker. In most cases, you add the water and the grounds, and the coffee maker takes care of the rest. With many types of coffee makers available on the market today—including French presses, stovetop makers, pour overs and traditional drip coffee brewers—it can be difficult to choose the right one for your needs.
The moka pot is most commonly used in Europe and in Latin America. It has become an iconic design, displayed in modern industrial art and design museums such as the Wolfsonian- FIU, Museum of Modern Art, the Cooper–Hewitt, National Design Museum, the Design Museum, and the London Science Museum. Moka pots come in different sizes, from one to eighteen 50 ml cups. The original design and many current models are made from aluminium with bakelite handles.
Percolators began to be developed from the mid-nineteenth century. In the United States, James H. Mason of Massachusetts patented an early percolator design in 1865. An Illinois farmer named Hanson Goodrich is generally credited with patenting the modern percolator. Goodrich's patent was granted on August 16, 1889, and his patent description varies little from the stovetop percolators sold today. With the percolator design, water is heated in a boiling pot with a removable lid, until the heated water is forced through a metal tube into a brew basket containing coffee. The extracted liquid drains from the brew basket, where it drips back into the pot. This process is continually repeated during the brewing cycle until the liquid passing repeatedly through the grounds is sufficiently steeped. A clear sight chamber in the form of a transparent knob on the lid of the percolator enables the user to judge when the coffee has reached the proper color and strength.
An early variant technique, called a balance siphon, was to have the two chambers arranged side-by-side on a sort of scale-like device, with a counterweight attached opposite the initial (or heating) chamber. Once the near-boiling water was forced from the heating chamber into the brewing one, the counterweight was activated, causing a spring-loaded snuffer to come down over the flame, thus turning "off" the heat, and allowing the cooled water to return to the original chamber. In this way, a sort of primitive 'automatic' brewing method was achieved.
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.
Here at the Strategist, we like to think of ourselves as crazy (in the good way) about the stuff we buy (like pillows), but as much as we’d like to, we can’t try everything. Which is why we have People’s Choice, in which we find the best-reviewed (that’s four-to-five-star reviews and lots of ‘em) products and single out the most convincing. While we’ve written about coffee machines, coffee grinders, even gifts for coffee lovers, here, we’ve gone deep on the best espresso machines on Amazon, according to the people. (Note that reviews have been edited for length and clarity.)
Breville Oracle Espresso Maker. Maintains temperature to within 1.35 degrees of optimum brewing temperature during extraction for fullest flavor. Model #BES980XL. Separate air pump allows for customized milk frothing: select latte or cappuccino and the machine automatically adjusts the amount of froth, while a sensor detects when milk has reached the ideal temperature.
So while yes, $150 (current price as I review this item) is a good chunk of change, I honestly believe it’s worth it. This is a high-quality machine that will hopefully last a very, very long time. The quality of the espresso is very good, and in the long run, it will save you the cost of espresso-based drinks at the coffee shop. It all evens out in the end! If you are considering buying this, my advice is to just do it. It’s worth it! Love love love!”
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® Pour Over Coffee Brewer combines the flavor and control of the manual pour over process with one-touch convenience. The Pour Over Coffee Brewer precisely heats and pulses the flow of water, steeping in the same manner as the manual pour over process, allowing the grounds to 'bloom'. The result is bright, clean and full flavored coffee without diluting due to over-soaking.