How Electromagnetic Sieve Shaker Works? | Perfect Sieving Technology Explained скачать в хорошем качестве

How Electromagnetic Sieve Shaker Works? | Perfect Sieving Technology Explained

An Electromagnetic Sieve Shaker is a laboratory testing instrument used for particle size analysis of powders and granules. It works on the electromagnetic vibration principle to separate particles accurately according to their size. 🔹 Working Principle The shaker uses an electromagnetic drive that produces vertical vibrations. When power is supplied, the electromagnetic coil generates controlled oscillations. These vibrations are transmitted uniformly to a stack of test sieves. Particles move and pass through the sieve mesh based on their size. After the test time, material retained on each sieve is weighed to determine particle size distribution. 🔹 Key Features Highly accurate and repeatable results No mechanical wear (no motor or belts) Uniform vibration for consistent sieving Low noise and maintenance-free operation Suitable for fine and dry powders Programmable time and amplitude control 🔹 Applications Electromagnetic sieve shakers are widely used in: Pharmaceutical laboratories (QC & R&D) Food & beverage industry Chemical and petrochemical labs Cement and construction material testing Metallurgy and mining Paints, pigments, and cosmetics