DOUBLE CONE BLENDER - GMP MODEL.

Key Components: - 

Double-Cone Structure:

The blender features two conical ends connected by a cylindrical middle section, creating a unique shape that promotes effective mixing. This design facilitates the movement of materials within the container, ensuring uniform blending.

Container:

Made of high-quality stainless steel or other corrosion-resistant materials to ensure hygiene and durability. The container is polished to a smooth finish, minimizing product adhesion and facilitating easy cleaning.

Drive Mechanism:

Usually consists of a motor and gear system that rotates the blender. Provides adjustable speed settings to accommodate different blending requirements.

Inlet and Outlet Ports:

Equipped with openings for adding ingredients and discharging the blended product. Often includes safety features like dust-tight seals and valves to prevent contamination.

Control Panel:

User-friendly interface for adjusting speed, time, and other operational parameters. Include features like timers, speed indicators, and emergency stop buttons for safety.

Baffles:

Machines include internal baffles to enhance mixing efficiency by disrupting the flow of materials.

Working Principle: - 

Loading:

Ingredients are loaded through the inlet port into the double-cone container manually or Via Vacuum transfer system. The machine is typically filled to a specific capacity to allow for effective mixing without overfilling.

Mixing:

The motor drives the rotation of the double-cone blender. As the container rotates, the materials tumble and slide against each other, facilitating a thorough blending action. The conical shape allows materials to move freely and promotes uniform distribution.

Discharging:

Once mixing is complete, the blended material can be discharged through the outlet port. The design of the double cone allows for complete emptying, minimizing waste.

Applications: - 

1) Pharmaceutical Industry: Used for blending powders and granules to ensure uniformity in tablet and capsule formulations.

2) Ayurvedic Industry: Ideal for mixing herbal powders and formulations, ensuring consistent dosages and quality.

3) Food and Beverages: Employed in the preparation of spice blends, powdered food products, and instant mixes.

4) Chemical Industry: Utilized for mixing chemical powders, pigments, and additives in various formulations.

5) Paint Industry: Effective in blending pigments and solvents for uniform color and consistency in paints.

6) Dairy Industry: Used for mixing milk powder, cheese powders, and other dairy ingredients to achieve homogeneity.

Benefits: - 

1) Efficient Mixing: The unique design ensures thorough and uniform blending of materials.

2) Versatility: Suitable for a wide range of applications across various industries.

3) Hygiene and Safety: Constructed from food-grade materials that meet industry standards for safety and cleanliness.

4) Easy Cleaning: Smooth, polished surfaces facilitate easy cleaning and maintenance.

5) Compact Design: Space-saving design allows for easy integration into existing production lines.

Capacities of the machines available from 05 Lts to 12,000 Lts.

For More Details, Please Visit,

www.ramashary.com