Power
Rated power of the food processor. Most of this power comes from the engine — the rest of the unit consumes very little energy. Usually, the
more power, the higher the productivity of the unit, and the less time it takes to process products.
Note that the optimal power value directly depends on the volume of the bowl (see the relevant paragraph): for example, for a 1.5 kg bowl, at least 300 W is desirable, for a two-kilogram bowl — 400 W, a three-kilogram bowl — at least 700 W. And with the same bowl capacity, a more powerful unit will be more productive, it will work faster and better cope with high loads (for example, a full load). On the other hand, an increase in power affects energy consumption and price.
Number of speeds
The number of fixed speeds of rotation of the attachments provided in the design of the food processor. The more of them, the more accurately you can choose the required speed for each specific mode of operation. It is worth noting that some devices do not have fixed speeds — the control is carried out smoothly (see Stepless speed controller)
Body material
The main material used for the body of the unit.
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Plastic. The main advantage of plastic is the relatively low cost. In addition, this material can have almost any colour, including quite bright ones. In terms of strength and reliability, the plastic is inferior to metal, but this difference does not play a special role in normal use, it becomes noticeable only in various emergency situations (during falls, overheating, etc.). Also, plastic bodies are relatively easy to scratch, but this point mainly affects the appearance of the unit and does not affect the functionality. In light of all this, only plastic is the most popular material for the bodies of modern food processors.
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Metal. Metal bodies are distinguished by their solid appearance and high strength. On the other hand, this material is noticeably more expensive than plastic, and therefore is less common — mainly in middle and high class food processors.
