Electromagnetic Sieve Shaker Principle

Tuesday February-21 2023  09:13:40

Electromagnetic Sieve Shaker is a laboratory test sieve designed for ultrafine powder screening and detection based on the original ordinary test sieve. It has higher screening accuracy than ordinary test sieves and can adapt to a wider range of materials, which solves the problem of difficult screening of ultrafine powder. problem. The following will introduce you to the working principle of the electromagnetic test sieve.

Electromagnetic Sieve Shaker Principle

The Electromagnetic Sieve Shaker uses an electromagnetic vibrator as the vibration source. The vibration of the electromagnetic vibrator drives the base of the sieve machine to vibrate, and then transmits the vibration to a group of test sieve frames arranged from coarse to fine through the base. At the same time, the vibration motor installed at the bottom (or reciprocating mechanism) select and sieve the material, and the material vibrates at high frequency on the sieve surface, so that the material particles smaller than the pore size of the sieve are sieved into the lower inspection sieve, and sieved layer by layer, only each layer of the test sieve is left The same particle size to achieve different particle size separation.

In short, the Electromagnetic Sieve Shaker uses 3000 times per minute of high-frequency vibration to sieve and test materials. Its characteristic is that the Electromagnetic Sieve Shaker has three-dimensional vibration actions: vertical, horizontal, and rotating, which can produce faster and more effective screening. , for dry or wet sieving or micro-precision sieving for quantitative particle size analysis of various solids and suspensions, with a processing capacity up to 2kg and a measurement range from 5μm-63mm.