Microfluidics International Corp.

Particle Size Reducer processes small material samples.

Particle Size Reducer processes small material samples.

Converting pressure energy into shear and impact forces, LM10 Microfluidizer™ attains size reduction at low peak pressure. Micro-channel architecture of each interaction chamber enables linear volumetric scale-up for larger capacity processing. Stable pressure and constant volume processing produces narrow particle size distributions that enable high yield of active ingredients...

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Particle Size Reducer processes small material samples.

Particle Size Reducer processes small material samples.

Converting pressure energy into shear and impact forces, LM10 Microfluidizer™ attains size reduction at low peak pressure. Micro-channel architecture of each interaction chamber enables linear volumetric scale-up for larger capacity processing. Stable pressure and constant volume processing produces narrow particle size distributions that enable high yield of active ingredients...

Read More »
Particle Size Reducer processes small material samples.

Particle Size Reducer processes small material samples.

Converting pressure energy into shear and impact forces, LM10 Microfluidizer™ attains size reduction at low peak pressure. Micro-channel architecture of each interaction chamber enables linear volumetric scale-up for larger capacity processing. Stable pressure and constant volume processing produces narrow particle size distributions that enable high yield of active ingredients...

Read More »
Particle Size Reducer processes small material samples.

Particle Size Reducer processes small material samples.

Converting pressure energy into shear and impact forces, LM10 Microfluidizer™ attains size reduction at low peak pressure. Micro-channel architecture of each interaction chamber enables linear volumetric scale-up for larger capacity processing. Stable pressure and constant volume processing produces narrow particle size distributions that enable high yield of active ingredients...

Read More »

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