Frequently Asked Question

1.What is the Use of Vibro Sifter?
A vibro sifter is used to separate and filter particles in various industries. It ensures product consistency and quality by removing impurities and ensuring uniform particle sizes. Common applications include sieving powders, granules, and liquids. This helps in achieving the desired texture and purity, essential for industries like pharmaceuticals, food manufacturing, and chemical production.

2.What is the principle of vibratory sifter?
The principle of a vibratory sifter is based on vibration. An electric motor generates high-frequency vibrations, causing the material to move across the screen. As the material travels, smaller particles pass through the mesh while larger ones stay on top. This continuous vibration helps in efficient separation and classification of materials based on size.

3.What size mesh is a vibro sifter?
The mesh size of a vibro sifter varies depending on the application. It typically ranges from 2.5 mesh (coarse) to 1250 mesh (fine). The choice of mesh size depends on the desired particle size for the final product. Coarser meshes are used for larger particles, while finer meshes are used for small particles and fine powders.

4.What is the size of vibro sifter machine?
The size of a vibro sifter machine varies according to its application and capacity requirements. Common sizes range from 15.7 inches to 59 inches in diameter. Larger machines are used for high-capacity industrial applications, while smaller machines are suitable for laboratory or small-scale production. The size impacts the throughput and efficiency of the screening process.

5.Vibro Sifter is made from Which Material?
Sifting machine is primarily made from stainless steel, typically 304 or 316 grade. Stainless steel is chosen for its durability, resistance to corrosion, and hygienic properties. These materials ensure the machine can withstand rigorous use and maintain cleanliness, which is crucial in industries like pharmaceuticals and food processing where contamination must be avoided.

6.What are the Main Parts of Vibro Sifters?
The main parts of vibro sifters include:
Motor: Generates the necessary vibrations.
Screen/Sieve: Separates particles by size.
Deck: Holds the screen and material.
Frame: Supports the entire structure.
Discharge Ports: Allow separated materials to exit.
Springs: Absorb vibrations and provide stability.
Each part plays a critical role in ensuring efficient and effective screening.

7.What is Multi-Deck Vibro Sifter?
A multi-deck vibro sifter has multiple screens stacked vertically, allowing for simultaneous separation of materials into different sizes. Each deck can have a different mesh size, enabling the machine to classify materials more precisely in a single pass. This increases efficiency and reduces the need for multiple machines, making it ideal for complex screening tasks.

8.Which Industries Use Vibro Sifter?
Industries that use vibro sifters include:
Food Manufacturing: For ensuring purity and consistency of ingredients.
Pharmaceuticals: For ensuring drug formulations meet strict standards.
Cosmetics: For achieving the right texture and consistency.
Chemicals: For precise particle separation.
Plastic Recycling: For separating plastic particles by size. These industries rely on vibro sifters to maintain product quality and safety.

10.How many Types of Vibro Sifters are Available?
There are several types of vibro sifters available, including:
Single-Deck Sifters: For basic screening needs.
Multi-Deck Sifters: For complex, multi-stage separation.
Lab-Scale Sifters: For small batch testing and research.
High-Capacity Sifters: For large-scale industrial use.
Portable Sifters: For flexibility in different locations. Each type is designed to meet specific application requirements and operational scales.

11.Which Precautions Should You Take when Using Vibro Sifter?
Precautions when using a vibro sifter include:
Proper Grounding: To avoid electrical hazards.
Regular Inspection: To ensure all parts are functioning correctly.
Avoid Overloading: Adhere to recommended load capacities.
Secure Fastenings: Ensure all parts are tightly secured.
Follow Safety Guidelines: Use protective equipment as needed. Taking these precautions helps ensure safe and efficient operation, reducing the risk of accidents and equipment damage.

12.Why is Vibro Sifter in Pharma Considered the Most Hygienic?
In the pharmaceutical industry, vibro sifters are considered the most hygienic due to their construction from high-grade stainless steel, which resists corrosion and is easy to clean. They have smooth surfaces that prevent material buildup and contamination. Additionally, these machines meet strict regulatory standards, ensuring that pharmaceutical products are pure, safe, and effective.