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Dear Customer,
Our aim is to develop "state of the art" mixing and homogenising equipment.
In this newsletter we report on a new fascinating product that will facilitiate drug development performed on a small laboratory scale:
The new Micro Mixer.
Furthermore we take a look into our progress to date at our research program to develop an inline (PAT) measurement system for monitoring the homogenising process.
We hope our innovative products and upcoming product pipeline will inspire you to
"discover new horizons".
Yours faithfully
Krieger AG
Guy Akkermans
CEO |
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Micro Mixer |
 | | Top Driven 200ml |
Seamless mixing of small batches under vacuum or pressure with validated mixing speeds and temperature control are all combined now in one device:
The Krieger Micro Mixer
The Micro Mixer allows researchers fast drug development tests on the smallest scale, where controlled process conditions are a stringent requirement.
The portable vessel can be filled or emptied under an isolator or glove box.
Visit our website for more information and to download the data sheet |
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In line monitoring (PAT) of the homogenising process |
Together with our research partner, the Institute for Pharma Technology, Krieger is further developing a "real time" monitoring system for the homogenising process.
Measuring instruments includes ultrasound resonator technolgy, a flow through coriolis force sensor and a few more,...
Results show that the homogeneity status can be well monitored.
Besides a final end point determination of the homogenising process, many different data can be monitored including detection of differences in the quality of the raw materials used.
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Balanced Shear Force |
The research of the Institute for Pharma Technology proved and documented the renowned Krieger C- TF homogenisers "Balanced Shear force" characteristics.
Balanced shear force combines fast homogenisation times with shear forces that keep intact the characterisitics of API's when the homogenising process runs for a longer time span.
A next step in research will be done with a shear sensor that will be used to determine the effect of different shear stress situations on the homogenisation process. |
