Efficient Testing Solutions SURACUS®) Sensors & Instruments 1 EddyCus® TF inline HF - High Frequency Monitoring P_T_inlineHF_21 Highlights Sensor Series ► Contact-free and realtime ► High repeatability and stability ► Large gap / distance to substrate ► High sampling rates with hardware trigger for monitoring of fast processes ► Complex impedance analysis for separation of electric, dielectric and magnetic properties Applications ► Composition assessment of electric, dielectric, magnetic properties ► Printing ► Impregnation ► Drying ► Curing ► Chemical reaction monitoring ► Mixing ► Sorting ► Defect analysis (anomalies, hot spots) ► Wet thickness (|um) / weight (g/m2) ► Drying status (%) ► Permittivity (F/m) Beta ► Conductivity / resistivity (mOhm cm) ► Permeability (H/m) Beta ► Sheet resistance (Ohm/sq) ► Electrical anisotropy (%) ► Metal thickness (nm, ^m) Materials ► Wet thin films and surfaces ► Wet components and structures ► Liquids, slurries, inks, resigns, dispersions, chemicals ► Powders and particle films (cosmetics and medicines) ► Bulk materials (plastics, ceramics) ► Composites (prepregs, impregnated fibers and tapes, CFRP) ► Compounds (casting compounds) SURAGUS GmbH Maria-Reiche-Strasse 1 01109 Dresden Germany For further questions: +49 351 32 111 520 Visit us at: www.suragus.com www.suragus.com/calculator www.suragus.com/EddyCusInline Engineered and Made in Germany jec ^ WINNER 0F2016 INNOVATION AWARD

EddyCus® TF inline HF – High Frequency Monitoring Working Principle informa�on on EddyCus® sensors generate electromagne�c fields (EMFs) EMFs change when material with electric, dielectric and /or Conduc�vity (e.g. metals, semiconductors, graphite) (ferro)magne�c proper�es is present The evalua�on of the resul�ng change in the EMF provide Permi�vity (e.g. water, solvent, polymers, chemicals) Complex impedance analysis is used to separate proper�es Device Characteris�cs Measurement technology Non-contact high frequency eddy current sensor Foils, glass, pipes, various containers and transport items...