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OMNIC Array Automation Software
Automating both data collection and analysis of array-based sample sets, OMNIC Array Automation reduces tasks that previously required hours of manual analysis into ones that can be accomplished in a matter of minutes.
Originally designed for the pharmaceutical industry, this breakthrough technology is now seeing acceptance in the agri-chemical industry, where understanding crystallinity is an important factor to research and production. Look for more crystallization success stories in industries ranging from biotech to polymers.
The engine behind Thermo Fisher Scientific's ability to deploy high throughput crystallization on a platform that provides both molecular and crystalline geometries is the new OMNIC Array Automation package.
OMNIC Array Automation provides:
- Automated Data Collection
- Automated Data Analysis
- Support for Most Array-based Formats
- Bidirectional Communications with LIMS
- Compatibility with most Thermo Fisher Scientific FT-IR and Raman platforms
Product Specification Sheet: Click here (requires registration).
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Application Note: Polymorph Characterization using Raman Spectroscopy in High Throughput Crystallization Studies
Polymorphism is the ability of a molecule to exist in more than one stable or meta-stable crystalline state. Distinct crystalline forms exhibit differences in pharmacologically relevant properties in solid dose form drugs. Since polymorphism can have profound effects on the properties, and ultimately the manufacture of a compound under development, it is of critical importance to fully characterize and understand a compound's polymorphic behavior.
Raman spectroscopy, a technique known for its ease of use, minimal sample prep, and non-destructive sampling?plus the ability to rapidly and efficiently characterize molecular geometries on a microscopic level?combines with new software to rapidly collect crystallization data from microtiter well plates, and quickly analyze and present meaningful information. The result is new levels of efficiency in high throughput crystallation (HTC) studies.
See our application note describing this breakthrough in polymorph analysis, salt selection and recrystallization studies. Click here to read.
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