METTLER TOLEDO
 

Lasentec® Process Analytical Technology (PAT) monitoring of solid dosage formulations on-demand webinar

Discover how particle size matters in formulation development. Particle size is often a critical process parameter in the preparation of formulated products. In-process measurement of the particle or granule dimensions offers the ability to vastly improve the assurance of product quality and batch to batch repeatability.

The majority of formulated products have particles and/or droplets in their final form or during preparation. Particle properties, such as particle size, form and shape, must be characterized and optimized to ensure consisten, reliable product performance.


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Presenter Ben Smith has extensive experience in the implementation of Process Analytical Technology (PAT) technology for monitoring particles in process. During this webinar, he will provide participants with practical information on the installation and use of in-process particle monitoring tools in the optimization and scale-up of specific processes including:
  • Fluid bed granulation and coating
  • High shear wet granulation
  • Wet milling
  • Liquid formulations
  • Case studies

A variety of application based case studies will also be presented to illustrate the advantages of in-process monitoring to improve process robustness and product quality consistency, reduce development time and cost and enhance quantitative measurement of the dynamic batch profile.

Innovative solutions and technology
METTLER TOLEDO is the world leader for in-process particle system characterization. Our Lasentec® FBRM® and PVM® technologies have been used extensively in the pharmaceutical and chemical industries for the past twenty years. With over 2000 installations in laboratory, process development and production environments worldwide, we have the experience and global support to assist you in the understanding and optimization of your particulate process.

 

All on-demand webinars are also available on our  AutoChem Community site .  For additional information regarding the AutoChem Community site, please click here .