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FISCHER│Lars Anklamm, Terahertz – the revolution in coating thickness measurement
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▶Measuring with Terahertz – how does it work?
• Terahertz radiation consists of electromagnetic waves with frequencies ranging between 100 GHz and 4 THz
• The THz pulse can penetrate many paints and coatings but is partially reflected at the transitions between the layers
• Based on the differences in time between the reflections, the Fischer software can determine the thicknesses of up to four layers
🚩Characteristics
• Measurement of multiple layers on metal and plastic
• The measurement is non-destructive and contactless
• Samples do not require preparation for the measurement
• Very low calibration effort
• No ionizing radiation
🚩Your advantages
• Whether metal, plastic or ceramics – the substrate does not influence the measurement
• A 4-layer system can easily be analyzed in one second
• Wet coatings can be analyzed in running production
• The devices do not require any radiation protection
• Terahertz radiation consists of electromagnetic waves with frequencies ranging between 100 GHz and 4 THz
• The THz pulse can penetrate many paints and coatings but is partially reflected at the transitions between the layers
• Based on the differences in time between the reflections, the Fischer software can determine the thicknesses of up to four layers
🚩Characteristics
• Measurement of multiple layers on metal and plastic
• The measurement is non-destructive and contactless
• Samples do not require preparation for the measurement
• Very low calibration effort
• No ionizing radiation
🚩Your advantages
• Whether metal, plastic or ceramics – the substrate does not influence the measurement
• A 4-layer system can easily be analyzed in one second
• Wet coatings can be analyzed in running production
• The devices do not require any radiation protection