Many different types of coffee makers existpercolators, automatic drip-brew, etc.but, because of the basic concept of water passing through coffee grounds or beans to create coffee, the coffee maker parts are very similar with each type.

In terms of coffee maker parts, the basic coffee maker consists of a base, called a heat pad, on which sites a glass or ceramic pot. Along the back of the heat pad a sometimes wide rectangular-shaped cylinder for water stock rises to an extended slip with a track underneath to support a filter cup.

This slip typically has an opening with a flap at the top for pouring the water into the cylinder. Most machines, those differing slightly from brand to brand or make to make, are comprised with these five coffee maker parts: heat pad, water-stock cylinder, a slip with open flap and track, a filter cup, and a coffee pot.

Of course, a list of the coffee maker parts wouldnt be complete without mentioning the filter itself. This white pocket of paper-like interwoven fiber is sometimes zigzag-creased and sometimes smooth, but it is always thick and heavy enough to support the weight of coffee grounds.

One innovative convenience of the filter is that it is only used once. After use, both soggy filter and coffee grounds are thrown away, so cleaning the filter for reuse is unnecessary. As exemplified by the convenience of the filter, the coffee maker parts in general work together to make that great rich cup of smoldering coffee the best ever inhaled!

The process of brewing coffee, in the context of the relationship between the coffee maker parts, is a simple and easy process: Cold water is poured through the flap on the top of the slip and stored in the back cylinder until the machine is heated up.

When the water is at the right temperature and the pad at the bottom of the machine is hot, the water in the cylinder is channeled through the slip and down into the coffee grounds within the filter. Coffee then fills the otherwise empty pot below.

These coffee maker parts work like a snapone, two, three! Only a few parts need to conduct this process efficiently, and when each part is working properly, the process is good-to-go!