Advanced Manufacturing Technology

Our fully automated extrusion-based production facility powered by advanced Buhler technology ensures:

  1. Excellent taste, texture & shelf life

  2. Preservation of vitamins & minerals

Strategically located in Bihar with strong connectivity to Eastern India and neighboring countries including Nepal, Bangladesh, and Myanmar, enabling efficient and cost-effective distribution.

Buhler Twin Screw Technology

Our plant is equipped with Buhler’s Twin Screw Extrusion technology - Extruder Type CompacTwinTM BCCG-62/20D Machine.

Leveraging Buhler's versatile food processing technology, particularly the Extrusion Processing Technology including preconditioning, offers a robust solution for extrudate food, addressing malnutrition challenges with efficiency and efficacy.

High Product Quality

The twin screw extrusion process gives you almost unlimited control over the cooking process, and changes can be made quickly during cooking. This gives you complete control over the cooking and processing of your product. In addition, the HTST (High Temperature Short Time) cooking method on a TSE produces superior products. The high temperatures destroy harmful micro organisms, while minimizing the loss of nutrients or flavors in the food being produced on extrusion.

Core system components from Buhler

The crucial process stages.

In the preconditioner, two separate process operations take place: ingredient mixing and retention of the material to allow wetting/exposure to moisture.The preconditioner is available in six sizes ranging from 100 to 1600 liters’ holding capacity and processing capacities ranging from 100 to 20,000 kg/h

The modular twin-screw extrusion system covers the entire operating range from the laboratory scale to large-scale commercial production capacities. The configuration of the machine is carefully matched to the specific application process.

The continuous fluid-bed dryer/cooler is excellently suited for the thermal treatment of extrudates with a particle size starting at 0.25 mm. The fluid bed, which is designed as a cross-current exchanger, fluidizes the individual product particles and dries/ cools them gently and efficiently across the entire bed length.

Credentials and Certifications