Gd Series Vibrating Hopper Feeder

The GD Series Inertial Vibrating Hopper Feeder is driven by an inertial vibration motor. When the motor operates, the inertial force generated drives the hopper to produce periodic vibration. This vibration enables the materials inside the hopper to overcome their own friction and cohesion, keeping them in a loose and active state and preventing material arching and blockage. At the same time, the directional thrust generated by the vibration pushes the materials to move evenly along the inner wall of the hopper toward the discharge port, realizing continuous and stable feeding. When the motor stops running, the vibration ceases, the materials lose their power support, and the conveying process stops immediately. There is no need for additional valves to control the on-off of materials, which simplifies the overall operation process.​

This series of hopper feeders has a simple structure and a reasonable layout of core components. No complex infrastructure is required during installation, making it suitable for various working conditions. Its vibration intensity can be adjusted according to actual needs, thereby flexibly controlling the feeding amount to meet the material supply requirements of different production links. The equipment operates with low noise, causing little interference to the working environment. Moreover, key contact parts are made of wear-resistant materials, which reduce the wear of the equipment caused by materials and extend its service life. In addition, it also has a certain material mixing effect, which can initially homogenize materials during the feeding process. Meanwhile, no additional auxiliary devices are needed, reducing the overall investment cost.