System
MAGNETIC FIELD MILL (MFM)
In magnetic field mills, the particles of the educt are mechanically
processed (e.g. milled, deagglomerated and/or dispersed) in a
closed working chamber by grinding media driven directly by the
magnetic field. For this purpose, a working chamber filled with
grinding media and educt is inserted into the drive from above.
By changing the strength and frequency of the magnetic field, the
grinding intensity can be precisely controlled over a wide range.
The grinding media drive can be used for dry and wet processing
tasks as well as for very small and large product quantities.
Depending on the design of the working chamber, the MFM can
be used in both batch filling and circulation mode.
The educt can be cooled directly in the working chamber.
The working chamber and grinding media can be designed to be
compatible with the product. Cleaning/ sterilization of the
working chamber is possible in the grinding media drive (CIP or
SIP).

BASICS

to the electromechanical milling principle (EMZ)

the time and local varying electromagnetic field

on a milling bead with the magnetization M
UNIQUE SELLING POINTS
Thanks to the electromechanical milling principle, the innovative magnetic field mills are particularly impressive due to the
following unique selling points, such as:
- the simple mechanical design,
- ower energy consumption,
- low maintenance and cleaning costs,
- the processing in closed systems.