Oxford CMI250 Ferrous and Non-ferrous Substrates and Structures




Oxford CMI250 Ferrous and Non-ferrous Substrates and Structures
technology features magnetic induction and Eddy Current
measurement techniques with statistical analysis and PC interface. The
CMI250 is a feature rich instrument built upon our established Eddy
Current / Magnetic Induction dual probe technology.The instrument offers factory and user calibrations, automatic
temperature compensation, base corrections, measurement storage
options, date and time stamping, statistical analysis, and USB PC
Useful in a wide variety of settings,
the CMI250 measures non-conductive coatings over non-ferrous
substrates and non-magnetic coatings over ferrous substrates.applications:
deal Metrology Solution for:
Industrial Coatings and Painters
Appliance Coaters and Surface Finishers
Paint & Powder Coaters
Automotive & Aerospace Finishers
Coating Inspectors
Electroplating Plants
Painting Contractors

Store measurements, date and time stamp results, statistical analysis
of the coating thickness, deliver measurement results direct to your
Eddy Current Technology for non-conductive coatings over non-ferrous
metals like aluminum, brass or copper:
Teflon, Enamel, Epoxy, Anodize, Paint & Powder Coats
Magnetic Induction Technology for non-magnetic coatings over steel or
ferrous substrates: Zinc, Cadmium, Paint & Powder Coats


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