The mobile, all-around capabilities of the Fischer DMP family make them versatile enough for use in a wide range of applications. The flexible devices are the perfect solution for tactile and non-destructive coating thickness measurement of ferrous and non-ferrous base materials. For this, we have just the right model choices for your needs: ISOSCOPE®, DELTASCOPE® or DUALSCOPE®.

  • Universal instrument series for tactile coating thickness measurement thanks to an incredibly wide probe portfolio
  • Measured value memory: 250,000 measured values in 2,500 batches (DMP30/40) or 10,000 measured values in 1 batch (DMP10/20)
  • Robust aluminum housing with IP64 protection, Gorilla Glass and soft bumpers
  • Exchangeable Li-Ion battery for > 24 h operating time
  • Easy data transfer via USB-C and Bluetooth
  • Live feedback via light, sound and vibration for limit monitoring
  • Cal Check function to verify your currently used calibration
  • Digital and analog probes available for a wide range of applications, with the F-adapter you still have access to the entire Fischer probe portfolio
  • Available with the new Tactile Suite software

Most powerful software: Get Tactile Suite, your efficient software solution with a new design, innovative user guidance and versatile functions for your evaluation and reporting.

Instantly recognized and synchronized: With the automatic and reliable device recognition, your probes and devices are recognized directly and your measurement data is transferred and stored easily and immediately.

Direct export to Excel: Transfer your measurement data in real time - or after measuring directly to Excel or other file formats - easily and conveniently via USB-C or Bluetooth.

Create data reports easily: Easily create customized reports and measurement logs. You can use our templates for this or adapt them according to your needs.

Download datasheet: DMP Series Tactile Measurement Devices

Download brochure: Tactile Measurement Devices: Contact Thickness Measurement and Materials Testing

ISOSCOPE®: Measurement of electrically non-conductive layers on non-magnetizable, electrically conductive base materials.

Application examples:
NC/NF: Paint, varnish or plastic on aluminum, copper or brass
NC/NF: Anodized coatings on aluminum
Measurement method:
Amplitude sensitive eddy current method

Discover the new benchmark! With the new ISOSCOPE® you increase the efficiency in measuring electrically insulating coatings on non-magnetizable, electrically conductive metals with the amplitude-sensitive eddy current method.

DELTASCOPE®: Measurement of non-magnetizable layers on magnetizable base materials.

Application examples:
NC/Fe: Paint, varnish or plastic on steel or iron
NF/Fe: Zinc, chrome or copper on steel or iron
Measurement method:
Magnetic inductive measuring method

Put an exclamation mark on it! DELTASCOPE® optimizes the measurement of non-magnetizable coatings on magnetizable base materials using magnetic-inductive measurement.

DUALSCOPE®: Measurement of electrically non-conductive layers on non-magnetizable, electrically conductive base materials and measurement of non-magnetizable layers on magnetizable base materials.

Application examples:
NC/NF: Paint, varnish, plastic on aluminum, copper, brass
NC/NF: Anodized coatings on aluminum
NC/Fe: Paint, varnish or plastic on steel or iron
NF/Fe: Zinc, chrome or copper on steel or iron:
Measurement method:
Amplitude-sensitive eddy current method and magnetic inductive measurement method

Take advantage of the flexibility! With the new DUALSCOPE® you can measure non-magnetizable or electrically non-conductive coatings on magnetizable or non-magnetizable, electrically conductive base materials with the eddy current or magnetic inductive measuring method.

   DUALSCOPE®

 DELTASCOPE®

 ISOSCOPE®

  Measurement of non-magnetizable or electrically non-conductive coatings on magnetizable or non-magnetizable, electrically conductive base materials Measurement of non-magnetizable coatings on magnetizable base materials. Measurement of electrically insulating coatings on non-magnetizable, 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 aluminum (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 aluminum
Measuring method Amplitude sensitive eddy current method AND Magnetic inductive measuring method Magnetic inductive measuring method Amplitude sensitive eddy current method
  DMP 20
"Entry-level model"
DUALSCOPE®
DMP 40
"Comfort model"
DMP 10
"Entry-level model"
DMP 30
"Comfort model"
DMP 10
"Entry-level model"
DMP 30
"Comfort model"
Measured value memory ≤ 10,000 ≤ 250,000 ≤ 10,000 ≤ 250,000 ≤ 10,000 ≤ 250,000
Number of measurement tasks 1 ≤ 2,500 1 ≤ 2,500 1 ≤ 2,500
Communication USB-C USB-C and Bluetooth USB-C USB-C and Bluetooth USB-C USB-C and Bluetooth
Limit monitoring Light and sound Light, sound and vibration Light and sound Light, sound and vibration Light and sound Light, 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

Also see:

FERITSCOPE® DMP30

SR-SCOPE DMP30

Metrology