Product Description
Agilent’s 709 DS Dissolution Apparatus enables effective visibility of the dissolution environment in a bath-free apparatus. The 709-DS Direct Vessel Heating (DVH)TruAlign vessel incorporates cutting-edge heat-sensing technology in the vessel wall, a clear vessel coating for visibility and durability for long-lasting performance. The DVH capability reduces media heating time while insulating the vessel from environmental factors.
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- Whether a quick manual solution for dissolution testing, or high-throughput automation options are required, the 709-DS apparatus offers complete flexibility for manual or instrument-controlled options.
- A manifold equipped with AutoTemp In-Vessel Temperature Sensing to ensure each vessel temperature is individually measured and recorded prior to, during and after the dissolution run.
- Uses 1L DVH vessels and environmental chambers that prevent temperature fluctuations from external air sources and provide added protection in the event that a vessel is damaged and the contents spilled.
- Offers enhanced visibility of the dosage form through the use of reflective bases at the bottom of each environmental chamber.
- Supports testing of light-sensitive dosage forms with amber environmental chambers and evaporation covers.
- Agilent offers a variety of modular automation components and integration capabilities for the 709-DS, includingautomated sample collection, automated software control and online multicell UV or fiber optic UV dissolution integration.
 Dissolution Source Book 2014-15 EditionThe Dissolution Source Book provides information on the Agilent dissolution portfolio.Found In : Catalog | Date: Aug 06, 2014 | FileSize: 7.911 MB
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Dissolution Reference GuideGuide material for common dissolution testing questions Found In : Poster | Date: Dec 03, 2012 | FileSize: 3.915 MB
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Dissolution Workstation Software Data SheetDissolution Workstation Software controls dissolution apparatus features from a single computer.Found In : Data Sheet | Date: Mar 18, 2014 | FileSize: 0.493 MB
