Page 4 - Shimadzu Nexera FV
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System Configuration for Online Dissolution Testing Two Analysis Modes Promote Faster Dissolution Testing
With the Nexera FV, the dissolution tester and the autosampler are connected online, so everything is automated from sampling Direct Injection Analysis Mode: Exclusively with the Nexera System
to dilution to data acquisition and analysis. As a result, there is less test-related work for the operator, and a subsequent increase
in processing throughput. In this mode, the dissolution medium delivered from the dissolution tester is directly loaded and analyzed. This is effective if the
In addition, there is no manual dispensing of samples, ensuring reliable results. analysis of the number of vessels finishes before the next sampling interval.
This analysis mode can be selected precisely because the Nexera FV is compatible with UHPLC analysis.
Nexera FV
Dissolution tester Filter station
Connected online
Dissolution
PC Tester
Analyze
Directly
Fraction Analysis Mode: For Confirmation of Dissolution Profiles
at Short Sampling Intervals
Flow Vials Provide Automated Dissolution Testing
This analysis mode is used for tests in which the sampling interval is short. This is suitable when checking the
A dissolution medium from the dissolution tester flows Depending on the dissolution tester used, 8 or 12 flow dissolution profile of instantly soluble samples. The Nexera autosampler's high-speed performance makes this
directly into flow vials loaded into the autosampler. A vials can be loaded. Further, since the flow vials are system compatible with sampling intervals as short as five minutes. In addition, up to 768 samples can be
bubble suppression design has been adopted for these purposefully designed not to control the temperature, salt fractionated, making this mode effective when the dissolution quantity is large and dilution will be required.
flow vials, enabling high-accuracy sampling of dissolution precipitation from the dissolution medium is suppressed.
media.
Dissolution
Tester
Fractionate Analyze
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