... from LCResources
DryLab chromatography modeling software takes the trial-and-error out of method development and helps you use your time more productively. Separations have never been easier!
DryLab in brief
DryLab simplifies and speeds the process of developing good chromatographic separations or methods by allowing you to model changes in separation conditions using a personal computer. The time-consuming and repetitive laboratory runs that are typically required to achieve a satisfactory separation or a complete method are replaced with instantly generated chromatograms that correspond to the separation conditions you select. A wide range of conditions can be modeled in minutes – more than would ever be practical in the laboratory. DryLab bases its modeling on two or more "calibration" runs that you carry out on your chromatograph. The detailed separations results generated by DryLab are based on thoroughly tested algorithms. An extensive list of literature references describes the theoretical background of DryLab and applications.
Chromatographers who use DryLab consider it a necessity.
DryLab has dozens of uses in the chromatography laboratory:
- finding a good set a separation conditions quickly
- optimizing a method in minimal time
- predicting method robustness
- troubleshooting existing methods
- shortening run times while maintaining adequate resolution
- transferring methods to other instruments
- validating methods
- finding the best separation conditions for any component in a complex mixture.
DryLab includes modeling options for:
- reversed-phase isocratic %B
- gradient LC
- the optimum pH
- pH
- isocratic ternary conditions
- ionic strength
- additive/buffer concentration
- LC temperature
- GC temperature program
- normal-phase isocratic %B
- reversed-phase gradient and temperature
- reversed-phase isocratic %B and temperature
- reversed-phase gradient and pH
- reversed-phase isocratic %B and pH
- In addition, DryLab shows you in seconds the effect of changes to column dimensions, particle size, flow rate, and dwell volume for your separation.
Please contact Hichrom for further information.
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