Supor, the world's first vacuum-extremely-cultured broken-wall cooking machine, was launched simultaneously in China, French and other places.

As a star product in the industry, the vacuum extreme-nutrition broken-wall cooking machine made its debut at the 20 18 China Household Appliances and Consumer Electronics Expo.

"Vacuum" breaks the innovation dilemma of high-speed mixer and bid farewell to oxidation.

In recent years, with the pursuit of quality life, more and more people pay more attention to healthy and nutritious recipes. Multifunctional, fast and other factors, high-speed mixer has become the new favorite of urban health and beauty industry. However, the high-speed mixers in the market are facing a common problem-after the rapid release of nutrition, the nutritional value is facing huge losses. The culprit is the oxidation of nutrients.

The oxidation process directly seen by the naked eye is the discoloration reaction. The oxidation reaction is due to contact with oxygen in the air, and phenol oxidase is released from cells. Of course, the oxidation reaction is not limited to discoloration, and discoloration is easier to observe. One of the most obvious characteristics of oxidation reaction is the loss of nutritional value of vitamin C, so at present, high-speed mixers in the domestic market need to solve the problem of "maintaining nutrition" on the basis of meeting the requirements of multi-function and rapid acquisition of ingredients. In order to solve this problem, Supor solved the industry problem with "vacuum" technology.

What is a vacuum? In authoritative appraisal, vacuum refers to the gas state below one atmosphere in a given space, which is a physical phenomenon. In fact, in vacuum technology, vacuum refers to the atmosphere. In a specific space, some substances are discharged so that the pressure is less than a standard atmospheric pressure. This space is called vacuum or vacuum state. Vacuum is to extract all elements in the air that may cause oxidation reaction, such as oxygen, nitrogen, carbon dioxide and rare gases.