OMNIC Software Site Map

Research spectroscopists need maximum power and flexibility to configure, analyze and process data from cutting-edge studies.  With step-scan, time-resolved, and dual channel data collection, plus SpectraCorr 2-dimensional spectral correlation software, OMNIC has the most comprehensive set of tools for the researcher.  The development chemist needs tools designed to accelerate the discovery process.  In applications such as drug discovery or combinatorial chemistry, OMNIC offers software such as Array Automation that brings high throughput screening capabilities to FT-IR and Raman Analysis.

• Step scan amplitude modulation for emission experiments such as electroluminescence
  
• Step scan phase modulation for photo acoustic depth profiling analysis
  
• Step scan multiple modulation for sample modulation such as polymer stretching
  
• Step scan time resolved for high-speed, time-resolved kinetic measurements
  
• Dual-channel polarization modulation for linear and circular dichroic measurements, such as IRRAS, VLD and VCD
  
• Phase array operations for dynamic FT-IR interferometric data manipulation
  
• VCD Calibrate for calibrating VCD intensities

 

OMNIC SpectraCorr

OMNIC SpectraCorr software provides the means of correlating both classic orthogonal in-phase and quadrature spectral data, and time-dependent spectral series of an arbitrarily perturbed system. Synchronous and asynchronous correlation maps are generated rapidly and displayed with a choice of fourteen, high-resolution imaging-quality modes.

Asynchronous correlation of FT-IR imaging data of human cartilage generated using SpectraCorr software.

OMNIC Array Automation software enhances R&D productivity by automating the collection and analysis of FT-IR and Raman spectra from array-based sample sets. Array Automation can handle everything from a few samples to high-throughput applications employing robotic sample delivery.

OMNIC Array Automation is fully integrated into OMNIC to provide seamless collection and processing of spectral data including group and cluster analysis, combined with bidirectional LIMS communication.

Common high throughput applications include polymorph screening and chemical synthesis studies.


OMNIC Array Automation presents the results of parrallel screening experiments in easily understood visual formats