Powerful Combination Harnesses High-throughput Performance with Fast and Easy-to-understand Deconvolution Software

PerkinElmer, Inc., a leader in Health Sciences and Photonics, have announced a new partnership with Ion Signature Technology, Inc. (IST). Users of the new PerkinElmer Clarus® 600 GC/MS now have the option to incorporate Ion Signature Quantitative Deconvolution Software? customized for the Clarus family during data processing for fast and accurate data review and evaluation.

The recently launched family of Clarus 600 GC/MS systems delivers high performance and increased sample throughput. For many laboratories, adding the Ion Signature option further enhances the Clarus system's ability to deliver faster results on unknowns. "It provides a tool for laboratories to more efficiently identify target compounds present in even difficult and complex samples," Rennert said. "By combining this powerful deconvolution capability with the fastest analytical cycle time capabilities delivered by the Clarus 600 GC/MS, customers can significantly increase their analysis and identification of organic compounds. Consequently, it is anticipated that scientists will reap an even greater return on their GC/MS investment."

The Ion Signature FileConvert software package, designed specifically for use with the PerkinElmer Clarus GC/MS series, is the most powerful deconvolution tool in the marketplace. It addresses the needs of the full spectrum of GC/MS users, including environmental contract, forensics, food and beverage, flavor and fragrance, petrochemical and chemical quality-control (QC) laboratories. In these market segments, users face unique co-eluting challenges when multiple components or contaminants overlap at the results stage, which make the clear interpretation of data difficult.

To avoid such challenges, the PerkinElmer TurboMass? GC/MS software first performs the data acquisition. The IST deconvolution software then comes into play to simplify the complex compounds before the data processing stage to ensure accurate identification.