Innovative Mixing Solutions

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  • November 7, 2011 Pfizer Studies Dry Powder Coatings with Resodyn LabRAM

    Posted on November 7, 2011

    Pharmaceutical Technology recently published a study by key Pfizer scientists that evaluated the Resodyn LabRAM resonant acoustic mixer as a potential tool for dry powder coating.  Efficient mixing is accomplished creating a homogeneous shear zone throughout the mixing vessel without the aid of mixing media or impellers.  The study concluded that the LabRAM was effective at […]

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  • White Paper on RAM Mixing Technology

    Posted on February 15, 2010

    In response to public demand, Resodyn Acoustic Mixers is proud to announce the publishing of a White Paper on RAM Mixing Technology. For those of you with questions on some of the unique advantages that RAM Mixing is able to achieve, this paper gives an in-depth look at the science behind this innovative method of […]

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  • Mixing Nano Suspensions with RAM Mixers

    Posted on August 20, 2009

    Resodyn Acoustic Mixers, Inc., has just published a new datasheet discussing the benefits of RAM mixers for creating nano suspensions including no agglomerations and higher solids loading. Click here to view the technical datasheet.  Mixing Nano Suspensions

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  • LabRAM in Excipient Issue of Tablets and Capsules Magazine

    Posted on July 22, 2009

    Tablets and Capsules Magazine, dedicated to pharmaceutical tablet technology, has featured the LabRAM in its Mixers and Blenders survey in the July issue on excipients.  The LabRAM uniformly blends pharmaceutical excipients and APIs in a matter of seconds.  Powder mixing in the LabRAM occurs without the use of impellers or mixing blades and can be […]

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  • Resodyn Acoustic Mixers, Inc., introduces the RAM5 Mixer

    Posted on March 10, 2008

    Butte, MT, March 10, 2008 Today Resodyn™ Acoustic Mixers, Inc., announced the commercial availability of the RAM5, a production scale mixer based on the company’s proprietary ResonantAcoustic® Mixing technology. This revolutionary mixing technology uses low-frequency, high-intensity acoustic energy to produce a consistent shear field throughout the mixing vessel causing rapid fluidization and dispersion of material.  […]

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