Feeders & Storage Silo

Vibrating Feeder

The Vibrating Feeder from Vipani Udyog is an efficient and reliable solution for feeding bulk materials such as coal, crushed briquettes, rice husk, biomass pellets, and many other materials into crushers, conveyors, and other processing equipment. Designed to ensure smooth and consistent material flow, the Vibrating Feeder is ideal for material handling, fuel processing, and other industrial applications. This versatile feeder offers high throughput, precise feeding, and minimal maintenance, making it suitable for demanding environments in industries like mining, agriculture, and energy. Built for durability and energy efficiency, the Vibrating Feeder provides long-lasting performance.

Feed Hopper

The Feed Hopper from Vipani Udyog is an essential component designed to efficiently store and deliver bulk materials such as coal, crushed briquettes, rice husk, biomass pellets, and many others to processing equipment like crushers, conveyors, and feeders. Built for high-volume applications, the Feed Hopper ensures smooth and consistent material flow, providing reliable storage and controlled feeding. Perfect for fuel processing, mining, and other industrial sectors, it is engineered for durability and efficiency in demanding environments. With minimal maintenance and energy-efficient operation, the Feed Hopper from Vipani Udyog guarantees long-lasting performance and high productivity.

Storage Silo/Hopper

The Storage Bunker or Silo from Vipani Udyog is a high-performance storage solution designed to efficiently store and discharge bulk materials for a wide range of industrial applications. Ideal for fuel processing, mining, agriculture, and other material handling operations, the Storage Bunker or Silo ensures smooth and controlled material flow to processing equipment such as conveyors, feeders, and crushers. Built for high capacity, durability, and energy efficiency, this system minimizes operational downtime and reduces maintenance costs, providing reliable performance in demanding environments.