Micro-Macinazione SA - The european micronization leader for pharmaceutical industry

The ChisproŽ Jet-mill is a micronizer fluid energy mill designed to the specifications of a mathematical model embodying the results of many years of continuous research into fluid energy milling plus direct experience gained in manufacturing and operating on industrial jet-mill.

The ChisproŽ Jet-mill utilizes a shallow cylindrical grinding chamber into which high pressure air is dischangeable nozzles in the grinding ring.

The fluid emerges in the grinding chamber in form of high energy jets. The fluid jets generate a high speed vortex into which the material is introduced, utilizing the vacuum created by a venturi-nozzle.

Each particle of material carried in the air stream is therefore subject to a centrifugal force coercing the particle to the perimeter and a radial drag force removing the particle from the jet mill.

These arrows show the three forces acting simultaneously on the material to be micronized:
Product to be micronized Forces set up by grinding jets Tangential forces Rotational forces Main inlet for grinding medium Fluid energy supply manifold Pitch/circle with tangential jet Grinding jet axis Grinding nozzles	Click on the PLAY button to see the animation.

Above certain size, called the "cut size" the rotational force predominates ensuring that the oversize material remains in the grinding zone. Below the "cut size", the radial force predominates and tends to remove the material out of the mill.

ChrisproŽ Jet-Mill
Minimicro - Micronizer MC44 IR	MC400KX
Lab 50 - Micronizer MC50 IR	MC500KX
Labor Unit 100IR - Micronizer MC100 IR	MC600KX
MC200KX	MC750KX
MC300KX	MC900KX