DUALSCOPE FMP100 and FMP150

Coating thickness measurement for professional quality assurance.

The powerful DUALSCOPE® FMP100 and DUALSCOPE® H FMP150 coating thickness gauges are predestined for the most demanding measuring tasks in quality assurance. The former combines the and the in one device. This allows you to measure coating thicknesses on steel and coating thicknesses on non-ferrous metals without changing the measuring device. The DUALSCOPE® H FMP150 also offers you the

Two in one.

Magnetic induction and eddy current method for highest flexibility (FMP100)

Inspection plans.

Step-by-step measurement guide to reduce user errors

Meeting all challenges.

Reliable and fast results for ambitious measurement tasks

Three in one.

Magnetic induction, magnetic and eddy current method for highest flexibility (FMP150)

Maximum flexibility.

Choose the right probe for your application

Easy to use.

Fast and simple operation thanks to intuitive menu

• Automatic probe and base material detection

• High-resolution touchscreen display with virtual keyboard, operable with pen or finger

• Simple data transfer via USB

• Limit value monitoring via sound

• Measuring range: Dependent on coating-base material combination and probe used

• Measured value memory: For a large number of measurements

• Optionally available: Create individual test plans with additional, fee-based software license

• Measuring method: Magnetic induction method, eddy current method and magnetic method, depending on the device

Product Video

The DUALSCOPE FMP100 uses both the magnetic induction method (DIN EN ISO 2178) and the eddy current method (DIN EN ISO 2360).

It can measure the following coating/substrate systems:

• Non-magnetizable coatings on iron and steel (F)

• Insulation coatings on nonferrous metals (NF)

• Duplex coatings (paint/hot-dip galvanized coatings)

on steel (heavy duty corrosion protection), whereby paint

and zinc coatings are measured simultaneously and

displayed separately.

Measuring method:

Magnetic induction method, eddy current method and magnetic method, depending on the device

Measured value memory:

For a large number of measurements

Data transfer

Simple data transfer via USB

Measuring range:

Dependent on coating-base material combination and probe used

Probes available

for a wide range of applications

Battery operation

and continuous operation via

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• Application notes

• Require onsite demo

• Need application based assistance for model selection