DMP®10-40 series

The all-around capabilities of coating thickness measurement.

Thanks to its enormously wide probe portfolio, the DMP®10-40 series is our universal device series for tactile coating thickness measurement.

 

Robust and durable thanks to
all-aluminum housing and IP64
Limit monitoring via
light, sound and vibration ¹
Rechargeable and
exchangeable battery
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¹ Vibrating alarm available for DUALSCOPE® DMP®40, DELTASCOPE® DMP®30 and ISOSCOPE® DMP®30.

The next level of tactile coating thickness measurement.

The compact handheld gauges of the DMP® family are versatile and can be used for a wide range of applications, especially in quality assurance. With a robust and ergonomic design, extensive functions and a wide range of probes, these flexible devices are the perfect solution for tactile and non-destructive coating thickness measurement of ferrous and non-ferrous base materials.

Built to last.

Next level quality and durability thanks to all-aluminum housing

Digital probes.

Fully digitized probes for the most demanding measurement tasks

Backward compatible.

Use all of your existing Fischer probes thanks to exchangeable adapter

Perfect fit.

Measure 24/7 due to quick and easy battery change

Full measuring control.

Feedback via light, sound and vibration whether measured values are within tolerance

Powerful software.

Automatic device recognition, easy data export and comprehensive reporting

  • Features

      Test method: Magnetic induction and amplitude-sensitive eddy current method

      Digital probes available for a wide range of applications, analog probes backwards compatible thanks to F-adapter

      Measuring range: Depending on the combination of coating and base material and the used probe

      Automatic device detection and easy data transfer via USB-C and Bluetooth, depending on the device

      Measured value memory: 10,000 in one batch or 250,000 in 2,500 batches, depending on the device

      Robust aluminum housing with protection class IP64

      Most powerful software in tactile coating thickness measurement: Tactile Suite®

      Replaceable Li-Ion battery for > 24 h operating time

      Limit monitoring via light, sound and vibration, depending on the device

Overview of the DMP® series and application examples

DUALSCOPE® DMP®
ISOSCOPE® DMP®
DELTASCOPE® DMP®

Measuring method:

Amplitude-sensitive eddy current method and magnetic inductive measuring method

Applications:

Measurement of non-magnetic or electrically non-conductive coatings on magnetic or non-magnetic, electrically conductive base materials

Application examples:

  • ISO on NF: Paint, lacquer or plastic coatings on Al, Cu, CuZn
  • ISO on NF: Anodized layers on Al
  • ISO on FE: Paint, lacquer, plastic coatings on Fe, steel
  • NFE on FE: Zn, Cr, Cu on Fe, steel

Do you have other applications? Then contact us!

 

DUALSCOPE® DMP® shift system

Measuring method:

Amplitude-sensitive eddy current method

Applications:

Measurement of electrically insulating coatings on non-magnetic, electrically conductive metals

Application examples:

  • ISO on NF: Paint, lacquer or plastic coatings on Al, Cu, CuZn
  • ISO on NF: Anodized layers on Al

Do you have other applications? Then contact us!

 

ISOSCOPE® DMP® coating system

Measuring method:

Magnetic inductive measuring method

Applications:

Measurement of non-magnetic coatings on magnetic base materials

Application examples:

  • ISO on FE: Paint, lacquer, plastic coatings on Fe, steel
  • NF on FE: Zn, Cr, Cu on Fe, steel

Do you have other applications? Then contact us!

 

DELTASCOPE® DMP® coating system
  • DUALSCOPE® DMP®

      Measuring method:

      Amplitude-sensitive eddy current method and magnetic inductive measuring method

      Applications:

      Measurement of non-magnetic or electrically non-conductive coatings on magnetic or non-magnetic, electrically conductive base materials

      Application examples:

      • ISO on NF: Paint, lacquer or plastic coatings on Al, Cu, CuZn
      • ISO on NF: Anodized layers on Al
      • ISO on FE: Paint, lacquer, plastic coatings on Fe, steel
      • NFE on FE: Zn, Cr, Cu on Fe, steel

      Do you have other applications? Then contact us!

       

      DUALSCOPE® DMP® shift system
  • ISOSCOPE® DMP®

      Measuring method:

      Amplitude-sensitive eddy current method

      Applications:

      Measurement of electrically insulating coatings on non-magnetic, electrically conductive metals

      Application examples:

      • ISO on NF: Paint, lacquer or plastic coatings on Al, Cu, CuZn
      • ISO on NF: Anodized layers on Al

      Do you have other applications? Then contact us!

       

      ISOSCOPE® DMP® coating system
  • DELTASCOPE® DMP®

      Measuring method:

      Magnetic inductive measuring method

      Applications:

      Measurement of non-magnetic coatings on magnetic base materials

      Application examples:

      • ISO on FE: Paint, lacquer, plastic coatings on Fe, steel
      • NF on FE: Zn, Cr, Cu on Fe, steel

      Do you have other applications? Then contact us!

       

      DELTASCOPE® DMP® coating system
  • Model differences in detail

      DUALSCOPE® DELTASCOPE® ISOSCOPE®
      Model
      DUALSCOPE®
      DMP®20
      "Entry-level model"
      DUALSCOPE®
      DMP®40
      "Comfort model"
      DELTASCOPE®
      DMP®10
      "Entry-level model"
      DELTASCOPE®
      DMP®30
      "Comfort model"
      ISOSCOPE®
      DMP®10
      "Entry-level model"
      ISOSCOPE®
      DMP®30
      "Comfort model"
      Application
      Measurement of non-magnetic or electrically non-conductive coatings on magnetic or non-magnetic, electrically conductive base materials
      Measurement of non-magnetic coatings on magnetic base materials
      Measurement of electrically insulating coatings on non-magnetic, electrically conductive metals
      Base material
      Non-ferrous metal (NF) and steel or iron (FE)
      Steel or iron (FE)
      Non-ferrous metal (NF)
      Application examples
      • Paint, lacquer or plastic coatings on aluminum, copper or brass (ISO/NF)
      • Anodized coatings on aluminium (ISO/NF)
      • Zinc, chrome, copper coatings on steel or iron (NF/FE)
      • Paint, lacquer, plastic coatings on steel or iron (ISO/FE)
      • Zinc, chrome, copper coatings on steel or iron (NF/FE)
      • Paint, lacquer, plastic coatings on steel or iron (ISO/FE)
      • Paint, lacquer or plastic coatings on aluminum, copper or brass (ISO/NF)
      • Anodized coatings on aluminium (ISO/NF)
      Measuring method
      Amplitude-sensitive eddy current method AND Magnetic inductive measuring method
      Magnetic inductive measuring method
      Amplitude-sensitive eddy current method
      Measured value memory
      ≤ 10,000≤ 250,000
      ≤ 10,000≤ 250,000
      ≤ 10,000≤ 250,000
      Number of measuring tasks
      1≤ 2,500
      1≤ 2,500
      1≤ 2,500
      Communication
      USB-CUSB-C and Bluetooth
      USB-CUSB-C and Bluetooth
      USB-CUSB-C and Bluetooth
      Limit value monitoring
      Light and soundLight, sound and vibration
      Light and soundLight, sound and vibration
      Light and soundLight, sound and vibration
      Standards
      DIN EN ISO 2178, DIN EN ISO 2360, ASTM D7091, ASTM 4471
      DIN EN ISO 2178, ASTM D7091, ASTM 4471
      DIN EN ISO 2360, ASTM D7091, ASTM 4471
      DUALSCOPE®
      Model
      DUALSCOPE®
      DMP®20
      "Entry-level model"
      DUALSCOPE®
      DMP®40
      "Comfort model"
      Application
      Measurement of non-magnetic or electrically non-conductive coatings on magnetic or non-magnetic, electrically conductive base materials
      Base material
      Non-ferrous metal (NF) and steel or iron (FE)
      Application examples
      • Paint, lacquer or plastic coatings on aluminum, copper or brass (ISO/NF)
      • Anodized coatings on aluminium (ISO/NF)
      • Zinc, chrome, copper coatings on steel or iron (NF/FE)
      • Paint, lacquer, plastic coatings on steel or iron (ISO/FE)
      Measuring method
      Amplitude-sensitive eddy current method AND Magnetic inductive measuring method
      Measured value memory
      ≤ 10,000≤ 250,000
      Number of measuring tasks
      1≤ 2,500
      Communication
      USB-CUSB-C and Bluetooth
      Limit value monitoring
      Light and soundLight, sound and vibration
      Standards
      DIN EN ISO 2178, DIN EN ISO 2360, ASTM D7091, ASTM 4471
      DELTASCOPE®
      Model
      DELTASCOPE®
      DMP®10
      "Entry-level model"
      DELTASCOPE®
      DMP®30
      "Comfort model"
      Application
      Measurement of non-magnetic coatings on magnetic base materials
      Base material
      Steel or iron (FE)
      Application examples
      • Zinc, chrome, copper coatings on steel or iron (NF/FE)
      • Paint, lacquer, plastic coatings on steel or iron (ISO/FE)
      Measuring method
      Magnetic inductive measuring method
      Measured value memory
      ≤ 10,000≤ 250,000
      Number of measuring tasks
      1≤ 2,500
      Communication
      USB-CUSB-C and Bluetooth
      Limit value monitoring
      Light and soundLight, sound and vibration
      Standards
      DIN EN ISO 2178, ASTM D7091, ASTM 4471
      ISOSCOPE®
      Model
      ISOSCOPE®
      DMP®10
      "Entry-level model"
      ISOSCOPE®
      DMP®30
      "Comfort model"
      Application
      Measurement of electrically insulating coatings on non-magnetic, electrically conductive metals
      Base material
      Non-ferrous metal (NF)
      Application examples
      • Paint, lacquer or plastic coatings on aluminum, copper or brass (ISO/NF)
      • Anodized coatings on aluminium (ISO/NF)
      Measuring method
      Amplitude-sensitive eddy current method
      Measured value memory
      ≤ 10,000≤ 250,000
      Number of measuring tasks
      1≤ 2,500
      Communication
      USB-CUSB-C and Bluetooth
      Limit value monitoring
      Light and soundLight, sound and vibration
      Standards
      DIN EN ISO 2360, ASTM D7091, ASTM 4471
Application Notes
Product videos
Tutorials
Webinars
Brochures
DMP® series: Discover the new DMP® series
DMP®10-40 series: Introduction
DMP®10-40 series: Unboxing
Influence of curved surfaces on the measurement results and its compensation

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