The R-Series modular flow chemistry system

    • RS-600-multiple step reaction system
    • Vapourtec solid-phase-peptide-system
    • RS-400 multiple pump flow chemistry system
    • RS-300 multiple pump flow chemistry system
    • RS-200 multiple pump flow chemistry system
    • RS-100 flow chemistry system
    • R-series inert gas balnketing
    • Vapourtec autrosampler pacakge

    System overview

    The R-Series is undoubtedly the most versatile, modular flow chemistry system available today. Developed for the scientist who needs…

    • best in class performance
    • easy to learn and adaptable for many reactions or processes
    • the reassurance of a system chosen by all the major pharma companies, mentioned in 1003 peer-reviewed publications
    • a proven design that has evolved over 12 years with over 570 systems in daily use around the world

    RS-600 Multiple step reaction system

    RS-600-multiple step reaction system

     

    • Multiple step telescoped reactions.
    • Automated reagent loading and product collection.
    • Vapourtec R-Series software
    • 8 independent reactor positions
    • 8 autosampler sources, 6 pump channels
    • Can be expanded up to 8 pumps
    • Optional in-line analytic tools

    More on this configuration

    RS-500 Solid Phase Peptide Synthesis (SPPS)

    Vapourtec solid-phase-peptide-system

     

    • Optimised for continuous flow SPPS.
    • Automated reagent loading
    • Vapourtec R-Series software
    • Includes patented VBFR reactor technology
    • VBFR options for scales ranging from 0.05 mmol to 4 mmol
    • Real time data analysis for coupling and deprotection reactions
    • Continuous real-time volume analysis of peptide resin

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    RS-100 – Manual Control

    • Entry level R-Series system
    • Ideal for academic research
    • Completely modular
    • Add further modules as required
    • Two independent pumps
    • Four position reactor heater
    • Manual control
    More on this configuration

    RS-200 – Automated Control

    RS-200 multiple pump flow chemistry system
    • R-Series system with automated control
    • Ideal for med chem and process research
    • Two independent pumps
    • Four position reactor heater
    • Range of reactors
    • Can be expanded as required
    • Automated control
    More on this configuration

    RS-300 – Multiple Reactions Automated

    RS-300 multiple pump flow chemistry system
    • Automated R-Series system with 4 pumps
    • Ideal for med chem and process research
    • Four position reactor heater
    • Range of cooled and heated reactors
    • Product collector
    • Can be expanded as required
    • Automated control
    More on this configuration

    RS-400 – Automated Reagent Addition

    RS-400 multiple pump flow chemistry system
    • R-Series system with 4 pumps and autosampler
    • Ideal for library synthesis and catalyst screening
    • Four position reactor heater
    • Range of cooled and heated reactors
    • Autosampler/collector
    • Fully automated control
    More on this configuration


    R2+ single flow chemistry pump module

    R-Series pump modules can be operated as standalone or purchased as an upgrade option to an existing system. Several configurations of module are available covering a diverse range of chemical pumping options. The R-series pump modules come as standard with inert gas delivery kits and the ability to pump organometallics. R-series pump modules have built in pump monitoring.



    R4 reactor heater module

    The Vapourtec R4 reactor heater module is a 4-channel independently controlled reactor heater. Depending on reactor selection its capable of cooling and heating from -70°C to +250°C with a 1°C setpoint resolution. The R4 reactor heater module is capable of controlling an exothermic reaction and providing reactor temperature and power data.

    Need more help with the R-Series?

    Please use the contact methods below to talk to us about our R-Series products and services. We aim to respond to your enquiry within 24 hours.

    Call us on +44 (0)1284 728659 or Email us