K-Tron, Hosokawa Micron Powder Systems, Virto/Elcan Collaboration Announced

January 9, 2013

2 Min Read
K-Tron, Hosokawa Micron Powder Systems, Virto/Elcan Collaboration Announced

K-Tron announces a collaboration with Hosokawa Micron Powder Systems and Virto/Elcan, presenting “Advances in Material Handling & Compaction Technologies for Dry Powders,” a complimentary technical seminar offering processors detailed information on the advances in material handling and compaction technologies for the food, pharmaceutical, and chemical industries.

This one-day event will be offered twice: Wednesday, March 6 and Thursday, March 7, at the Hosokawa Micron Powder Systems facility in Summit, NJ, from 10 am to 3 pm. The seminar is free of charge and includes lunch and refreshments. Online registration is required.

Register for Advances in Material Handling & Compaction Technologies for Dry Powders

The technical seminar examines a wide variety of important processing technologies, and offers an objective technical overview introducing participants to methods of both improving current operations and utilizing new process technologies. It is recommended for anyone handling dry powders in the pharmaceutical, chemical, and food industries, including scientists, engineers, production and manufacturing personnel, researchers, formulation scientists, product development and process transfer personnel. The program covers ingredient feeding, material handling via pneumatic conveying, compaction in the production of dense granules from fine powders, granulation, and screening.

A compaction system demo will illustrate how each process begins with a dry powder, fed into a compactor that applies pressure to create dense powder flakes. Flakes are fed to a granulator where larger sheets are broken down into granules. Granule size is controlled by a retaining screen below a slow speed rotor and then classified using a screener. Finer particles pass through and are pneumatically conveyed back to the compactor. A separate demo will showcase high accuracy feeding technologies via twin-screw loss-in-weight feeding, with powders pneumatically conveyed via sanitary powder receiver. Other equipment on display will include a twin screw micro-ingredient feeder for the low rate addition of powders/APIs.   

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