Multipack India

Here are the key parts of a vibro sifter machine:

Vibratory motor: This motor is specifically designed to create a circular or gyratory motion, which is essential for separating particles. The motor is usually positioned vertically in the center of the machine.

Sieve decks: These are stacked screens with varying mesh sizes. The material being sifted passes through these decks, with larger particles remaining on top of the screen with the corresponding size.

Feed inlet: This is the opening where the material to be sifted is introduced into the machine.

Discharge outlets: These are the openings at the bottom of each sieve deck where the separated materials are collected.

Dust cover: This cover helps to contain dust generated during the sifting process.

Here's how a vibro sifter machine works:

The material is fed into the machine through the feed inlet.

The vibratory motor creates a circular or gyratory motion, which causes the material to move across the sieve decks.

As the material moves across the screens, particles smaller than the mesh size of a particular deck will pass through, while larger particles will remain on top.

The separated materials are then collected from the discharge outlets at the bottom of each sieve deck.

Vibro sifter machines are widely used in various industries, including:

Pharmaceutical: For sifting powders, granules, and tablets

Food: For sifting flour, sugar, spices, and other dry ingredients

Chemical: For sifting pigments, dyes, and other powdered materials

Plastics: For sifting plastic resins and powders

And many more!

Here are the key parts of a vibro sifter machine:

• Vibratory motor: This motor is specifically designed to create a circular or gyratory motion, which is essential for separating particles. The motor is usually positioned vertically in the center of the machine.
• Sieve decks: These are stacked screens with varying mesh sizes. The material being sifted passes through these decks, with larger particles remaining on top of the screen with the corresponding size.
• Feed inlet: This is the opening where the material to be sifted is introduced into the machine.
• Discharge outlets: These are the openings at the bottom of each sieve deck where the separated materials are collected.
• Dust cover: This cover helps to contain dust generated during the sifting process.

Here's how a vibro sifter machine works:

1. The material is fed into the machine through the feed inlet.
2. The vibratory motor creates a circular or gyratory motion, which causes the material to move across the sieve decks.
3. As the material moves across the screens, particles smaller than the mesh size of a particular deck will pass through, while larger particles will remain on top.
4. The separated materials are then collected from the discharge outlets at the bottom of each sieve deck.

Vibro sifter machines are widely used in various industries, including:

• Pharmaceutical: For sifting powders, granules, and tablets
• Food: For sifting flour, sugar, spices, and other dry ingredients
• Chemical: For sifting pigments, dyes, and other powdered materials
• Plastics: For sifting plastic resins and powders
• And many more!

Additional Information:

• Production Capacity: 200-250KG/HR
• Delivery Time: 15 DAYS
• Packaging Details: EXTRA