Tejash Industries

Feature -

• Efficient Screening & Separation – Ideal for grading, sieving, and filtering powders or liquids.
• High Screening Accuracy – Ensures uniform particle size distribution.
• Stainless Steel Construction – Corrosion-resistant and hygienic for food, pharmaceutical, and chemical use.
• Compact & Portable Design – Easy to move and install in limited space.
• Low Noise & Vibration – Operates smoothly without disturbing the work environment.
• Multiple Deck Options – Allows multi-layer separation for various applications.
• Easy Cleaning & Maintenance – Quick dismantling for hassle-free upkeep.
• Energy-Efficient Operation – Designed to reduce power consumption while maintaining output.

Vibro sifter machines are designed to vibrate about their center of gravity. They can achieve vibrating motion across multiple planes using a specially made vibratory or gyratory motor. 

The 46 Kg/Hr Vibro Sifter Machine is a medium-capacity vibrating screening unit designed for efficient sieving, separation, and classification of powders and granular materials. With a rated processing capacity of 46 kilograms per hour, this machine is ideal for medium-scale production in industries such as food processing, pharmaceuticals, chemicals, cosmetics, and herbal/nutraceutical manufacturing.

Product Overview

This vibro sifter utilizes a vibratory motor to create controlled vibration that moves material across a screen mesh. Through this motion, fine particles pass through the mesh openings while oversize particles are retained and discharged separately. The result is uniform separation and consistent particle grading with minimal manual intervention.

Key Features

• Capacity: Approximately 46 kg per hour (material-dependent)

• Vibration Mechanism: Balanced vibratory motor for stable and smooth operation

• Screen Mesh: Easily interchangeable screen panels for fast mesh changes or cleaning

• Construction: Durable stainless steel body (SS304/SS316) for hygiene and corrosion resistance

• Low Noise & Low Maintenance: Designed for quiet operation and minimal servicing

• User-Friendly: Simple loading and discharge with quick access for cleaning

Working Principle

Material is fed into the top of the sieve, where the vibratory motor induces a controlled vibratory motion. This motion causes particles to stratify and move forward over the mesh surface. Fine particles pass through the mesh while larger particles continue onward to discharge. The controlled vibration ensures effective sieving with reduced clogging.

Applications

• Food Processing: Sieving flour, sugar, spices, grains, and food powders

• Pharmaceuticals: Powder classification, contamination removal, and quality control

• Chemical Industry: Separation and grading of chemical powders and granules

• Cosmetics: Sifting cosmetic powders and ingredients

• Herbal & Nutraceutical: Cleaning and grading herbal powders

Benefits

• Improves product quality and uniformity

• Enhances production efficiency with continuous sieving

• Hygienic stainless steel construction for clean processing conditions

• Quick screen replacement reduces downtime

• Compact design fit for small-to-medium production lines

Typical Use Cases

✔ Pre-sieving before mixing or packaging
✔ Removing oversize materials or contamination
✔ Particle size grading for consistent product quality
✔ Screening raw materials before downstream processes

Vibro sifter machines are designed to vibrate about their center of gravity. They can achieve vibrating motion across multiple planes using a specially made vibratory or gyratory motor. 

The 48 Kg/Hr Vibro Sifter Machine is a high-efficiency vibrating screening equipment designed for precise sieving, separation, and classification of powders, granules, and particulate materials. With an operational capacity of up to 48 kilograms per hour, this machine is well suited for medium-to-large production environments across various industries.

Product Overview

This vibro sifter uses a vibratory motor system to generate controlled vibrations that move material over the screen mesh. Fine particles pass through the mesh openings while larger particles are separated and discharged, resulting in uniform screening and efficient material processing. Its robust construction and reliable performance make it ideal for continuous industrial use.

Key Features

• Capacity: Up to 48 kg per hour (material-dependent)

• Vibration Mechanism: Balanced vibratory motor ensures consistent and stable operation

• Screen Mesh: Easily replaceable mesh panels for flexible sieving and maintenance

• Hygienic Construction: Stainless steel body (SS304/SS316) for corrosion resistance and clean processing

• Low Noise & Low Maintenance: Designed for quieter operation with minimal servicing

• User-Friendly: Simple feeding, screening, and discharge process

Working Principle

Material is fed into the inlet where the vibratory motor induces controlled vibration. This vibratory motion causes particles to stratify and move across the mesh surface. Finer particles pass through the screen openings, while larger particles continue forward to discharge separately. This method ensures efficient sieving with minimal mesh clogging.

Applications

• Food Processing: Sieving flour, spices, sugar, grains, and other food powders

• Pharmaceuticals: Powder classification and quality control

• Chemical Industry: Separation and grading of powders and granules

• Cosmetics: Sifting cosmetic powders and raw ingredients

• Herbal & Nutraceutical: Sorting and cleaning herbal powders

Benefits

• Enhances product quality and consistency

• Improves production efficiency with continuous sieving

• Hygienic stainless steel construction ensures clean processing

• Replaceable screens reduce downtime

• Compact design ideal for production lines with space constraints

Typical Use Cases

✔ Pre-sieving before mixing or packaging
✔ Removing oversize particles or contaminants
✔ Particle size grading for uniform quality
✔ Screening raw materials before downstream processing

Vibro sifter machines are designed to vibrate about their center of gravity. They can achieve vibrating motion across multiple planes using a specially made vibratory or gyratory motor.