IC and Reagent-Free IC Modules
Thermo Scientific offers a wide variety of autosamplers, injectors, pumps, thermostatted column compartments, and detectors. Whether you require a dedicated system or full modularity for flexible applications, all components is integrated and single-point controlled through the Chromeleon software or easy-to-use TTL control.
The IC product family includes an extensive set of fully inert, PEEK*-based modules engineered for high performance, ease-of-use, and reliability. Modules include automated eluent generation for simplicity and reliability, single and dual isocratic and gradient pumps, autosamplers from basic to state-of-the-art automation and high-volume sample prep, column and detector compartments that integrate thermal control with sample prep and injection and high performance detectors, including conductivity, electrochemical, optical, and MS.
IC and Reagent-Free IC Autosamplers and Injectors
Thermo Scientific IC autosamplers and injectors feature completely metal-free flow paths, including the injection loop and autosampler needle. A wide selection of autosamplers is available to fit your automation needs.
IC and Reagent-Free IC Eluent Generators
Eluent Generation is a part of Reagent-Free' IC (RFIC') and empowers laboratories to automatically generate high purity eluents.
IC and Reagent-Free IC Column Compartments
Thermo Scientific offers a variety of column compartments to organize columns and achieve precise thermostatting for ultimate retention-time reproducibility.
IC and Reagent-Free IC Pumps
Thermo Scientific IC and Reagent-Free' IC (RFIC') pumps feature completely inert, robust design capable of incredible accuracy and precision.
IC and Reagent-Free IC Detectors
Thermo Scientific offers IC and Reagent-Free IC' (RFIC') conductivity; electrochemical; and single wavelength, multiple wavelength, and photodiode array optical absorbance detectors.
IC and Reagent-Free IC Reaction Systems
The Thermo Scientific Dionex PC10 Postcolumn Pneumatic Delivery extends detection limits for ions that would otherwise exhibit detection sensitivity for system postcolumn reagent chemistries.
