Shri Vibracion Technologies Pvt. Ltd.

Meet Us At

Anuga FoodTec 2026

Date: 29 Sept – 01 Oct 2026
Stall No: E 14 | Hall No: 03
Location: Bombay Exhibition Centre, Mumbai, India.

Edit Template

Loss in Weight Feeder

Loss in Weight Feeder System

The loss in weight feeder is a gravimetric system designed to receive material from an upstream supply and feed it into the process at a precise, pre-set rate. It is used in industries where accurate material feeding is important.

The system works by continuously measuring the reduction in weight to control the feed rate, helping maintain consistent material flow, reduce wastage and improve process efficiency. It can be easily integrated into existing production lines without major changes.

A vibratory loss in weight feeder uses controlled vibration to move materials smoothly and evenly. It handles products like snacks, chips, Kurkure, powders, granules and small components. Real-time weight monitoring ensures precise dosing and consistent output throughout the process.

The system is simple to operate and requires minimal manual adjustment. It is widely used in food processing, pharmaceutical and chemical industries where consistent feeding and accuracy are essential.

vibratory loss in weight feeder manufacturer_shrivibracion
vibratory loss in weight feeder system_shrivibracion

Loss in Weight Feeder Details:

  • Accurate Feeding.
  • Ensures smooth and even material flow.
  • Real-Time Control.
  • Versatile Use.
  • Minize Waste.
  • Easy Integration.

Length

Customize based on the product

Width

200 mm – 350 mm

Capacity

1 TPH & more, (Depend upon product bulk density.)

Construction

SS 304

Application

Extruded Snacks, Potato Chips, Kurkura 

Supply

220 V, 50 Hz


Didn’t find what you need? Contact us for a custom solution!

Why Choose Us

We deliver reliable, hygienic and efficient solutions trusted by leading industries. Your success is our priority.

0 %
Easy to Install
0 %
Low Power Consumption
0 %
Maintenance Free
0 %
High Performance

Leave A Message