Automatic feeding system for pharmaceutical products

automatic feeding system
automatic feeding system
Add to favorites
Compare this product
indicative price

Characteristics

Operational mode
automatic
Product applications
for pharmaceutical products

Description

Eberbach Bulk Solid Feeding System – Patent Pending New Rotary Hopper, bulk solids auto feed system. This new feeding system can be manufactured in stainless steel pharmaceutical grade, NEC and ATEX explosion proof rated and standard industrial rated models. This new Rotary Hopper is designed with high torque motors for handling difficult materials, such as clumping, fluffy, cohesive, dense as well as free flowing materials. If you have feeding issues like clumping, bridging, arching, rat holing or other issues with your current hoppers and feed systems and you need accurate, controlled feeding of materials without the worry of stopping or stalling the process, the Rotary Hopper is the right system for your application. This new feeding system is a unique design, it tumbles bulk solid materials in a rotating conical frustum shaped hopper, constantly bringing the materials into contact with a rotating and exposed feed screw located within the hopper. This feeding system has two axis of control, the hopper rotation and the feed screw can be individually and variably controlled with the machine controller. The hopper is oriented on an angle such that the back is vertical and in close proximity to the feed screw. The tumbling action of the rotating hopper causes the material to naturally flow to the back of the hopper and into the proximity of the feed screw ensuring all of the material is feed through the system uniformly.

VIDEO

Catalogs

No catalogs are available for this product.

See all of Eberbach Corporation‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.