“Last night was a perfect test of the single-cup concept. I had already programmed and prepped my 3 a.m. standard coffee brew, however, I still wanted a cup of coffee. I switched over to the single cup and brewed my cup, then switched back and pressed the program button to ensure it would still brew the main pot at 3 a.m. Worked like a charm!! Before, I would have had to brew the entire eight cups that were ready, toss out most of it, and set up my morning brew all over again.”
Start your morning out right and perk up your day with a freshly brewed pot of coffee! This 12-Cup Retro Series Coffee Maker features an easy-to-read backlit LED display and a push-button control panel which allows for easy programming on the 24-hour clock and delay timer. The 2-hour automatic shut-off is built in for added safety while the pause-and-serve lets you pour a cup of coffee while in the middle of brewing.
While clever baristas are always coming up with twists on common coffee staples, the most popular beverages are based on a shot or more of espresso and steamed milk with a layer of foam artistically placed on top. Cappuccino is among the most popular espresso-based drinks, but with some clever applications of milk and cream, they sky is the limit as to what you can create.
When you’re looking for an espresso maker, you have a few different options. Electric espresso makers are popular choices, and they make creating your own espresso drinks quick and easy. This type of machine feeds pressurized water through a series of tubes in the device, heats it up and then feeds it through compacted grounds. Most electric espresso machines include milk frothing wands, which use steam to create delicious foamy milk or cream that’s ideal for cappuccinos or lattes. Many machines are fully automatic, so there isn’t much of a learning curve involved. A few even include built-in coffee mills, offering fresh coffee with zero effort.
In the semi-automatic machine, water pressure and temperature must be stable and consistent, and according to our expert, the pressure shouldn't be too high. Typically, coffee is brewed at a pressure of about 10 bars, and an ideal water temperature is around 195 degrees. Generally, the more expensive the machine, the better the equipment inside that regulates these two factors. High-quality machines tend to have a mechanism called a PID, or proportional-integral-derivative, controller. The PID's function is to maintain constant water temperature with extreme accuracy, down to the degree. Two central problems plaguing inexpensive espresso machines is that they lack a PID, meaning the temperature of the brewing water can fluctuate up and down and yield inconsistent results. Inexpensive machines often advertise that they have 15 or 20 bars of pressure as a selling point. But, higher pressure is not the priority, and too much pressure can actually lead to over-extraction and bitterness in your espresso shot. Therefore, we looked for a machine with good temperature and pressure control.
“To me, a great drip-coffee machine is a reliable one with a timer (which is an awesome feature for large families). The Cuisinart DCC-3200 might not be the first choice of snobby coffee experts, but to me it does the trick. It’s cheap and works just fine (it’s actually the one I use myself at home). I love that I can program the timer and wake up to the smell of fresh coffee. Also, friends and family think you’re the best host when they stay with you (even though you’re still sleeping).” — Guillaume Guevara, founder of Miscelanea NY
If you’re ready to drop serious money on a high-quality espresso machine that produces smooth, complex shots, our pick is the Rocket Espresso Appartamento Espresso Machine. The machine lets you cycle quickly between steaming milk and pulling espresso: It uses a heat exchanger, rather than the more typical thermoblock, which means that the Rocket’s boiler heats all the way up to milk-steaming temperatures when you first turn it on. When you’re ready to pull shots, the heat-exchanger sends a burst of cool water through a copper tube in the boiler, bringing the temperature briefly back to espresso-friendly levels before heating back up.
Steaming milk is straightforward, utilizing a simple on/off switch, and we got some stunning microfoam. However, the process isn’t flawless. You’ll need to prime the steam wand prior to using it on your milk, or else water will drip into your pitcher as the steam begins to sputter out. This sputtering caused us to have a few larger bubbles, frowned upon by hardcore espresso lovers.
A grouphead (or group head) is the receiver for the removable portafilter (or group handle). A typical consumer espresso machine normally has only one grouphead, while popular professional machines, such as those used at commercial coffee shops, can contain anywhere from one to seven. During the process of extracting a shot of espresso, hot water is forced through the grouphead under pressure. The grouphead contains many holes (the shower) that attempt to distribute the pressurised water evenly over the surface of the grinds in the portafilter basket and thereby achieve an even cross sectional flow.
Espresso shots need to be pulled between 186 and 194 degrees F. If the water is too cold when it hits the espresso, the shot tastes sour. Too hot, and it tastes burnt. It’s trickier to hit this window if you also want your machine to steam milk, since steam requires a higher temperature — at least 212 degrees. But we struggled to get several of our machines just to pull decent espresso, never mind the milk. Sour shots were a clear sign that the water wasn’t hot enough; scorched shots indicated that the water climbed over 200 degrees.
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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.
*SCAA Certified: A Specialty Coffee Association of America certification indicates the machine can heat water to a temperature between 195 and 205 degrees Fahrenheit and ensures that hot water will be in contact with coffee grounds for no less than four and no greater than eight minutes. It’s a solid confirmation of quality. But according to Joseph Rivera, a research coffee scientist at coffeechemistry.com, not every manufacturer chooses to submit their coffee makers for SCAA certification, and there are definitely great drip coffee makers out there without its stamp of approval. Six of the 10 coffee makers we tested are SCAA-certified — including all four of our top picks.
Water quality also plays a massive role in the way your coffee tastes. As we discovered in our review of the best water filters, water isn’t tasteless. Total dissolved solids (TDS) are what give “good tasting” water its sweetness — in fact, the SCAA recommends water with 150 milligrams per liter of TDS to brew coffee. (Want to check your water? A TDS reader is only about 15 bucks.)