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Metal detectors are used in a wide range of industries, and products in different industries have different requirements for testing. Especially in the food industry, there are many types of products. So, how to choose the right food metal detector for the food industry?

With the rapid development of modern industry, the packaging industry has higher requirements in terms of packaging accuracy, packaging speed, and packaging range. Traditional quantitative automatic packaging scales have been difficult to meet these requirements. The computer combination weigher was developed under this requirement. The difference between it and the traditional quantitative automatic packaging weigher:

Considering the accuracy and safety of food measurement, all retail commodity manufacturers, especially the food production industry, have deployed packaging measurement testing equipment to enable packaged food to meet the specified requirements. Among them, the multi-head computerized combination weigher is especially favored by food manufacturers.

Automatic check weigher is an indispensable weighing equipment used in automated production lines. In the process of using, what aspects need to be paid attention to? Let me tell you about the matters needing attention:

With the development of society, the use of loss-in-weight scale in the market is becoming more and more extensive, because this equipment is a necessary equipment to realize the automation of flow operations. The use of this equipment can bring a lot of convenience to mechanized operations, which can save manpower and material resources and improve work efficiency.

With the rapid economic growth, the proportion of chilled meat, small packaged meat and various meat products on the market will also increase rapidly, the demand for food metal detectors will also increase.

Divided by the conveying method of the detected objects, the metal detector is usually divided into: the channel type and the falling type.

In modern industrial production, the requirements for continuous and accurate measurement and control of materials, substantial materials have increased, and loss in weight scales have been born. The loss in weight scale continuously and accurately measures the material according to the material weight change on the scale body. It gradually replaces the original belt scale, spiral scale, and even cumulative scale. The loss in weight scale has been widely used in metallurgy, mining, chemical, chemical fiber, and other industries as a brand-new measurement method. So how does a loss in weight scale work in industrial production?