Difference between revisions of "Sonifier S-450A"
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This piece of analog lab equipment applies high-frequency ultrasonics to biological and chemical liquid processing applications. These applications include disruption of cellular structures, homogenization of samples, emulsification, dispersion of compounds, and acceleration of reactions. The unit functions by converting standard electrical power into high-frequency mechanical energy, which is applied to the horn, thereby providing further amplification for use. | This piece of analog lab equipment applies high-frequency ultrasonics to biological and chemical liquid processing applications. These applications include disruption of cellular structures, homogenization of samples, emulsification, dispersion of compounds, and acceleration of reactions. The unit functions by converting standard electrical power into high-frequency mechanical energy, which is applied to the horn, thereby providing further amplification for use.<ref>{{cite web_short|url=http://www.sonifier.com/s450_analog.asp|title=Sonifier Products: Analog Units Models S-450A|publisher=Branson Ultrasonics Corporation|accessdate=27 May 2011}}</ref> | ||
==Further reading== | ==Further reading== | ||
{{cite web_short|url=http://www.sonifier.com/pdf/Sonifier%20Brochure.PDF|title=Sonifier Ultrasonic Liquid Processing|format=PDF|publisher=Branson Ultrasonics Corporation|accessdate=27 May 2011}} | |||
== References == | == References == | ||
<references /> | <references /> | ||
Revision as of 23:03, 27 May 2011
| Uses |
Potential uses
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| Manufacturer | Branson Ultrasonics Corporation |
| Model | S-450A |
This piece of analog lab equipment applies high-frequency ultrasonics to biological and chemical liquid processing applications. These applications include disruption of cellular structures, homogenization of samples, emulsification, dispersion of compounds, and acceleration of reactions. The unit functions by converting standard electrical power into high-frequency mechanical energy, which is applied to the horn, thereby providing further amplification for use.[1]
