• Non-destructive coating thickness measurement according to the magnetic induction method and/or the eddy current method.
  
• Automatic probe and base material recognition.
  
• Large graphics display in a ultra sturdy housing.
  
• Simple instrument operation and versatile evaluation capabilities.
  
• USB port for data transfer
  
• Innovative probe technology with a large selection for high accuracy and an expanded measurement range.

The new FMP10-20 generation of proven portable instruments with wide assortment of plug-in type probes provides precise measurements. In addition to one user created calibration application, these easy to operate and sturdy instruments are suitable for virtually any coating thickness measurement requirement. The spectrum of requirements that the FMP10-20 is capable of spans from extensive painted specimens to other very specific and complex measuring challenges. Common characteristic statistical values are also determined and displayed for the measurements on the FMP10-20 Series.

Depending on your measuring application, you can make precise coating thickness measurements according to the magnetic induction method (Deltascope® FMP10), the eddy current method (Isoscope® FMP10) or according to both methods combined in one instrument (Dualscope® FMP20).

• For all magnetic induction and eddy current probes
• Automatic probe recognition
• Automatic base material recognition (FMP 20)
• User-friendly instrument operation
• USB port for data transfer to a PC
• Large, display rich in contrast with 240x160 pixels
• Ready to make measurements right after power-up
• Automatic measurement acquisition upon probe placement
• Memory for up to 1000 readings
• Audible signal at measurement acquisition
• Statistical display of common characteristic values such as mean value, standard deviation, min,
  max, range
• Easy adaptation to the shape of the specimen through a normalization by means of the ZERO key
• For strong differences in shape, additional corrective calibration using one or two calibration foils
• Master calibration for exact characteristics settings in case of extreme material and geometric properties
• Capability of storing the master calibration in the connected probe
• Units of measurement can be switched between μm and mils
• Adjustable instrument switch-off or continuous operation
• Various status displays (e.g., warning message when battery voltage drops)
• Lockable keyboard/restricted operating mode
• Mechanical sliders to cover keys not required for the measurement operation
• Various language settings

The new FMP30-40 series is even more versatile than the standard models FMP10-20. These instruments integrate additional features such as more memory for numerous applications as well as extensive statistical and graphical evaluations. Tolerance limits can be entered into the calibratable applications and the production process can be analyzed statistically. The default mode can be switched to matrix mode for connected multipoint measurements. These are only a few of the many features described below.

Depending on your measuring application, you can make precise coating thickness measurements according to the magnetic induction method (Deltascope® FMP30), the eddy current method (Isoscope® FMP30) or according to both methods combined in one instrument (Dualscope® FMP40). You will be able to measure most standard or special applications with a wide assortment of Fischer plug-in type probes.

• Automatic base material recognition (FMP40).
• Memory for up to 20,000 readings
• Up to 100 calibratable applications
• Capability of allocating readings into up to 4,000 blocks
• Date and time stamp for blocks
• Statistics display of common characteristic values in the block and final results. Output of characteristic variance-analytical values
• Graphical measurement display as a histogram with a Gaussian plot
• Capability of entering process tolerance limits and computation of the associated process capability
  indices cp and cpk
• Audible and visual warning when tolerance limits are exceeded
• Free-running display with additional presentation of the reading as an analog bar between the tolerance limits
• External key-triggered measurement acquisition, e.g., in hollow cylinders with small diameters
• Option to calibrate through an unknown coating (with magnetic induction method only)
• Capability to enable matrix measurement mode for connected multi-point measurements
• Capability of averaging measurement data: Only the mean value of several readings will be stored
• Measurement acquisition through area measurement possible: Only the single readings until probe
  lift-off are captured and averaged
• Capability to measure continuously with the probe placed on the specimen
• Outlier rejection for the automatic elimination of erroneous measurements
• Correction of any stored reading
• Application linking mode: Ability for common normalization/calibration of applications
• Designations for applications through the optional PC program MP-Name
• USB port to a printer
• Battery and line power operation