Vibrosifter

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Preparation: Check the equipment for cleanliness and ensure it is in proper working condition. Verify that the mesh or screen is clean and free from any residue from previous usage.
Set Up and Operation: Place the Vibro Sifter on a stable surface or mounting stand. Connect the power supply and ensure all electrical connections are secure.
Loading the Material: Open the top lid or cover of the Vibro Sifter to access the sieve chamber. Load the material that needs to be sieved onto the center of the top screen.
Start the Machine: Switch on the Vibro Sifter and activate the vibration motor. The vibration motor will cause the material to move across the screen surface, separating it into different particle sizes.
Sieving Process: The material will travel along the screen's surface due to the vibratory motion, and particles will pass through the mesh openings based on their size.
Collecting Sieved Material: As the material moves along the screen, the sieved material will fall through the mesh openings and be collected in the lower chamber or collection tray.
Monitoring and Adjustments: Observe the sieving process and monitor the material's particle sizes and the flow of sieved material.

Pharmaceuticals: Used for sieving and grading of pharmaceutical powders, granules, and solid dosage forms to ensure uniformity and quality.
Food and Beverage Industry: Separation of food ingredients like flour, spices, sugar, and other dry powders. Sizing of food products such as grains, cereals, and snacks to achieve desired particle size ranges.
Chemical Industry: Sieving and grading of chemical powders, pigments, and granules for various applications. Removal of oversized or foreign particles from chemical products.
Cosmetics and Personal Care: Sieving and grading of cosmetic powders, pigments, and formulations to ensure consistent product quality.
Plastics and Polymers: Used for classifying plastic resins, pellets, and polymers based on particle size for further processing.
. Agrochemical Industry: - Sieving and grading of fertilizers, pesticides, and agrochemical powders for uniform distribution. - Analyzing particle size distribution of agricultural products
Minerals and Mining: Used in the mining industry for classifying and separating minerals, ores, and other mined materials based on particle size.

Versatile Particle Separation: Capable of efficiently separating, grading, and classifying a wide range of dry and wet materials.
Multi-Deck Design: Some models offer multiple decks or layers of screens to achieve multiple particle size separations simultaneously.
Vibration Mechanism: Utilizes vibratory motion generated by an electric motor to move materials across the screen surface.
Adjustable Vibration Intensity: Allows adjustment of vibration intensity to optimize particle separation and throughput.
Quick Screen Changes: Some models offer tool-free screen changing mechanisms for easy and rapid screen replacement.
Mesh Variety: Available with different mesh sizes and types to suit specific particle size requirements and applications.
Uniform Particle Size Distribution: Provides consistent and uniform particle size distribution, ensuring product quality.
Easy Cleaning: Designed for easy cleaning and maintenance with removable screens and easily accessible components.
Minimal Product Contact: Reduces product contamination due to minimal contact points between materials and equipment.
User-Friendly Controls: Equipped with intuitive controls for easy operation, monitoring, and adjustment of parameters.