Run your photochemistry with controlled photoflux and temperatures

for reproducible and interpretable reactions

Safely perform solvothermal reactions with the xelsius parallel reactor while easily monitoring pressure and temperature.
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Tel.: +49 8383 959 566 0
Email: info@nevolab.de

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Learn about latest LED applications

    Successful and reliable photochemical experiments requires knowledge of reaction temperature and relevant parameters about the absorbed LED light induced into the reaction itself. A safe, comfortable and flexible reaction setup is although important as well as documentation, reporting and export of the achieved results.

    Defined photoflux for reproducible reaction conditions.
    Photoflux in photons/min
    <p>Constant photoflux in μmol photons/min for constant reaction conditions.<br /> Wavelength from 365 nm to 660 nm.</p>
    technical specs
    LumiSynth LED Lichtquellen werden vor der Auslieferung vermessen und spezifiziert.
    Temperature control & monitoring
    <p>Controlled temperatures are providing defined reaction conditions, a basic requirement to learn about photochemical effects and reaction kinetics.</p>
    xelsius temperature control
    10 different photoreactions paralell with xelsius LumiSynth from 365 nm to 660 nm.
    Quality in photochemistry
    <p>LumiSynth provides a well-controlled, reproducible LED source that gives chemists full control about reaction temperatures and photoflux.</p>
    LED specification report