Purchase of new mixing equipment is typically not a hasty event. As with any capital investment, the purchase of a new mixing system ideally requires time and research.
Mixing equipment employed in the production of pharmaceuticals and medical devices deal with a higher level of complexity because their use is more specialized. Not one design fits all.
This paper provides practical information on the efficient use of specialty mixing equipment for the preparation of low, medium and high viscosity solid-liquid mixtures under low and high shear conditions.
When selecting mixing systems, foresight for scale-up is important for long-term success. A quick shift between systems can be the difference between economical success and a financial disaster.
The principal concern for any scientist or technician working in the laboratory is that glassware, instruments, and equipment be free of interfering residues.
When selecting a compound vacuum, HEPA vacuum, or ULPA vacuum for your facility, you will quickly find there are many options and it’s easy to lose sight of what’s important.
For the 50 or so years that cleanrooms have been in use, a steady debate has centered on the best ways to keep them clean, and regulatory and advisory agencies have weighed in on maintenance.
The right industrial vacuum cleaner can help streamline housekeeping and keep a safe, efficient work environment. Finding the right fit requires an assessment of specific application and facility needs.
From research and development to packaging, contamination threatens to destroy the reputation of a product or a whole company, and even infringe on workforce safety, all of which can cost millions.
While the entire pharmaceutical industry must be aware of combustible dust from API and excipient ingredients, the production of oral solid dosage (OSD) drugs is the most at risk.
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