Multipack India

A 200 kg Vibro Sifter typically refers to a vibratory sifting or sieving machine with a 200 kg per hour throughput capacity, or sometimes it could refer to the machine's weight (200 kilograms). 

Vibro Sifter: A Powerful Tool for Particle Separation

Vibro sifters are industrial machines used to separate particles based on their size and shape. They employ mechanical vibrations to screen materials, making them essential in various industries.

How Vibro Sifters Work

• Vibration Mechanism: A vibro sifter generates controlled vibrations through a mechanical or electromagnetic mechanism.
• Screening Mesh: The vibrating motion causes the material to be passed over a mesh screen.
• Particle Separation: Particles smaller than the mesh openings pass through, while larger particles are retained.

Key Components of a Vibro Sifter

• Vibrator: The device that generates the vibrations.
• Screening Mesh: The mesh with specific openings that determines the separation size.
• Frame: The structure that supports the vibrating mechanism and mesh.
• Material Feed Hopper: The container that holds the material to be sifted.
• Product Collection Bins: Containers to collect the separated materials.

Types of Vibro Sifters

1. Single-Deck Sifters: Have a single screening mesh.
2. Multi-Deck Sifters: Have multiple screening meshes, allowing for finer separations.
3. Horizontal Sifters: Vibrate horizontally.
4. Vertical Sifters: Vibrate vertically.
5. Circular Sifters: Have a circular motion.

Vibro Sifter: A Powerful Tool for Particle Separation

Vibro sifters are industrial machines used to separate particles based on their size and shape. They employ mechanical vibrations to screen materials, making them essential in various industries.

How Vibro Sifters Work

• Vibration Mechanism: A vibro sifter generates controlled vibrations through a mechanical or electromagnetic mechanism.
• Screening Mesh: The vibrating motion causes the material to be passed over a mesh screen.
• Particle Separation: Particles smaller than the mesh openings pass through, while larger particles are retained.

Key Components of a Vibro Sifter

• Vibrator: The device that generates the vibrations.
• Screening Mesh: The mesh with specific openings that determines the separation size.
• Frame: The structure that supports the vibrating mechanism and mesh.
• Material Feed Hopper: The container that holds the material to be sifted.
• Product Collection Bins: Containers to collect the separated materials.

Types of Vibro Sifters

1. Single-Deck Sifters: Have a single screening mesh.
2. Multi-Deck Sifters: Have multiple screening meshes, allowing for finer separations.
3. Horizontal Sifters: Vibrate horizontally.
4. Vertical Sifters: Vibrate vertically.
5. Circular Sifters: Have a circular motion.

A vibro sifter machine, also known as a vibratory sifter, is an industrial device used to separate materials based on their particle size. It utilizes vibration to make the separation process efficient and ensure consistent results.

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!

Capacity: 3000 kg/hr.

Usage/Application: Suitable for various industrial applications including Pharmaceuticals, Chemicals, Food & Spices, and more.

Material: Commonly constructed from Stainless Steel (SS304 or SS316L) with options for Mild Steel (MS). Contact parts are typically SS304 or SS316L.

Automation Grade: Available in automatic or semi-automatic versions.

Screen Diameter: Can vary, with an example being 1800mm (72").

Screen Mesh Size: A wide range is available to suit different requirements.

Motor: Typically a 3-phase electric motor with eccentric weights to create vibration. Motor power can range from 0.5 HP to 8.6 HP.

Features: Key features include 3D vibratory motion, multi-deck configurations, quick-release clamping for screens, dust-tight housing, and optional ultrasonic cleaning systems. These sifters are designed for low operating and maintenance costs.

Dimensions and Weight: These specifications are model-dependent and vary by manufacturer.

Other Specifications: Typical voltage is 415V, though other options are available. Many models come with a 1-year warranty and certifications such as ISO 9001:2015 and CE.

Multipack India, a renowned manufacturer and supplier based in Ahmedabad, specializes in producing high-quality Pharma Vibro Sifters. Designed for the pharmaceutical industry, these sifters are essential for ensuring the purity and consistency of pharmaceutical products. The Pharma Vibro Sifter is constructed with stainless steel, offering durability and compliance with hygiene standards. It is automated and electrically powered, ensuring efficient and reliable operation. Chamunda Industries' commitment to excellence is evident in the robust design and performance of their sifting equipment. Multipack India offers a wide range of Pharma Vibro Sifters tailored to the needs of the pharmaceutical industry. With models ranging from MPI450 to MPI1200, they use high-grade stainless steel (SS316 / SS304) to ensure durability and compliance with industry standards. Their sifters are fully automated and operate on electric power, supporting capacities of up to 100 kg/hr with multiple layers for efficient sifting. Multipack India guarantees quality with a 12-month warranty and provides customized packaging if required, ensuring timely delivery within 2-3 weeks.

Specifications:

• Model: mpi450-CVS1200
• Material: Stainless Steel
• Automation Grade: Automatic
• Power Source: Electric
• Material Grade: SS316 / SS304
• Usage/Application: Pharmaceutical Industry
• Capacity: Up to 100 kg/hr
• Diameter: 18" - 72"
• Frequency: 50-60Hz
• Number of Layers: Multiple
• Phase: 3 Phase
• Power: 0.5 Hp - 7.5HP
• Voltage: 415-440V
• Warranty: 12 Months
• Packaging Details: Customized if required
• Production Capacity: Depends on order
• Delivery Time: 2-3 weeks
• Country of Origin: Made in India

Capacity: 50 kg to 3000 kg per hour, according to some manufacturers. 

Material of Construction: Often available in Stainless Steel (SS) or Mild Steel (MS), with options for SS304, SS316, or SS316L grades. 

Automation Grade: Can be semi-automatic or automatic. 

Power Source: Typically electric, with voltage requirements varying (e.g., 440V). 

Motor Power: Range from 0.5HP to 5HP, according to some manufacturers. 

Number of Layers: Can accommodate multiple layers of screens (e.g., 1-5 layers), allowing for separation into multiple size fractions. 

Screen Diameter: Available in various sizes, such as 600mm to 1800mm, according to some manufacturers. 

Noise Level: Typically designed to operate below 80Db, according to some manufacturers. 

Transmission Structure: Often utilizes eccentric vibrating shaker mechanisms to create the necessary vibrations, according to some manufacturers. 

Customization: Many manufacturers offer customization options for size, material, and other specifications to meet specific application requirements.