High Shear Lab Mixer

High Shear Lab Mixer

Mixing and stirring are the most common steps in food production. No matter what kind of food or drink, in its production process at a certain production node, will involve mixing or stirring. So common application, there are many common problems. If a customer of a mixing and stirring equipment supplier is asked about their requirements, a number of general issues such as hygiene, yield, flexibility, consistency, and digital capabilities are addressed.

The trend of high shear lab mixer is customized omni-directional equipment, and more specialization is also one of the trends. In the past, customers sought all-round equipment. Nowadays, more and more customers are demanding to design highly optimized processes for specific series of products, seeking to obtain the best product quality at the lowest cost.

From the customer's point of view, one of their biggest needs is high production, which may be a thorny problem for mixer equipment of high shear lab mixer. As production lines or factories increase, mixing and stirring performance must follow suit. But there may be some challenges, for two reasons: first, mixing and stirring must be thoroughly carried out, and this process has certain requirements for equipment. Secondly, mixing and stirring are usually pre-determined batch processes, and the amount of raw materials used must be combined in an accurate proportion.
Mass production: One way to increase mass production is to directly increase the scale of the batch, which means upgrading the capacity of the equipment. This can be accomplished by using multiple mixing containers, which are arranged so that the production line is always in working state.

When using a variable tank mixer, multiple interchangeable mixing containers can be used to achieve this. Usually, the tank mixer can be operated with three containers: one mixing, one unloading and the other cleaning to prepare for the next batch. However, in some applications, batch mixing and stirring can not meet the production requirements. In this case, the inline option can provide greater capacity on the basis of reducing floor space and saving steel. The advantage of processing requirements through inline options lies in the ability to process-oriented production.

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