Thermo Dionex Veo RS Charged Aerosol Detector

Model No.: 5081.0020

Exploit the increased separation speed and resolution of UHPLC, getting results that are five to 10 times faster than standard HPLC. The high acquisition rate and low peak dispersion of the Thermo Scientific Dionex Corona Veo RS (rapid separation) CAD allows you to go beyond simple HPLC. The wide dynamic range means a low-level impurity and an active pharmaceutical ingredient (API) can be measured in the same run. With response independent of structure, relative levels can be assessed even without knowing the identity of the peak.

Cleaner Chromatograms, Increased Sensitivity

Electronic control of the gas flow and an integrated stream switching valve allow you to divert the flow to alternate detectors or waste to keep unwanted matrix out of the detector. The continuously adjustable evaporation temperature (5° to 100°C) adds flexibility to manage semivolatiles and minimize baseline noise to maximize sensitivity for your analytes.

The Corona Veo RS Detector offers:

• Simple, intuitive operation
• Compatibility with UHPLC/RSLC
• Ability to easily switch between parallel detectors (e.g., MS)
• Ability to change from volatile to nonvolatile mobile phases without removing detector from the system
• Wide flow rate range from 0.01 to 2.0mL/min.
• Data acquisition up tp 200Hz to capture the narrowest peaks

Universal, Near Uniform Response

No other detector available today can match the all-around performance of charged aerosol detection. It can be used for the analysis of sugars, carbohydrates, polymers, surfactants and excipients. Charged aerosol detection can provide complete stoichiometric information for formulations in pharma QC for both an organic API and its inorganic counterion—and it can deliver a linear response over a wider dynamic range than refractive index (RI) or evaporative light scattering detectors (ELSDs).
Because response is near uniform and independent of chemical structure, concentrations can be measured against any known standard.