CP121 Cold Plasma Demonstrator - OMVE Laboratory & Pilot Equipment - #1

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Cold Plasma Technologies Introduction of the OMVE CP121 Cold Plasma Demonstrator With the OMVE CP121 Cold Plasma Demonstrator you have a reliable and robust system that gives you maximum possibilities to learn and understand the great possibilities of Cold Plasma’s. The demonstrator is capable to produce a jet of nitrogen plasma without the need of a vacuum at temperatures as low as 40°C. Plasma can be used to treat heat liable surfaces of polymer packaging materials as such PP, PE and PET without the risk of melting or deformation. By enhancing the surface energy using cold plasma surface properties can be altered and surfaces can be decontaminated. This versatile plasma unit accepts nitrogen, helium or even air as carrier gases while the power and gas consumption are spectacular low! Study the redox chemistry that occurs inside the cold flame using iodine starch paper or change polymer surfaces from hydrophobic to hydrophilic. Challenge the laws of thermodynamics: learn all about the Overhauser effect and extent the 2 cm cold plasma flame up to 3 meters in length. Identify the molecular content of the plasma and measure the electron temperature using the optional advanced Molecular Diagnostic kit CP121-150. Have a detailed look at the electron transfer processes that occurs inside your plasma and measure electron temperatures as high as 30.000°K. This rugged plasma system was designed to determine the inactivation kinetics of various kind of microorganisms at highly reproducible conditions. Do not invest your valuable time in just another plasma. Rely on the CP121 that is operated in leading microbiology laboratories around the globe against traceable standards. Boost your learning curve and find the optimum conditions to eliminate your target organisms at wetted or dry conditions using the microbiology option CP121-200. CP CP121: Cold Plasma Demonstrator Get acquainted with Cold Plasma with novel applications and advanced diagnostics Features Benefits • Robust design • Suitable for several gasses • Didactic tool • Study decontamination in a dry environment • Advanced diagnostics • Reliable and durable system • Shortens your learning curve • No vacuum required • Low gas consumption • Reproducible results