Coating Thickness
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Fischer measurement Technologies (India) Pvt. Ltd.

Coating Thickness Gauge

Pocket Gauges

"Fischer Coating Thickness Meter: A compact devices of the MP0 and MP0R series are an economical solution for quick and easy coating thickness measurements in the corrosion protection field. When it comes to examining the layers that protect ships, bridges or other hard-to access steel structures, these lightweight and hand sized instruments really show their strength. "

Handheld Gauges

Due to their interchangeable probes, the handheld instruments of the FMP family are well suited for performing non-destructive coating thickness measurements through magnetic induction (DELTASCOPE), eddy current (ISOSCOPE) or both (DUALSCOPE). The instruments’ modular design allows individual assembly of the appropriate measurement system for the respective measuring task. Besides differently equipped instruments, numerous high-precision probes are also available.

Benchtop Unit MMS PC2

The stationary multi-measurement system with built-in Windows™ CE and network capability is ideally suited for non-destructive, high-precision coating thickness measurements and material testing. The MMS PC2 can be operated using either the large, high-resolution colour touchscreen or a keyboard and mouse. It features LAN and USB ports for integration into automated production processes. In addition, it can operate up to eight probes in parallel.

Probes For Coating Thickness

High resolution probes execute the conversion of coating thickness into an electrical signal which is in order to unveil the value of coating thickness on the display screen of device. Our high resolution probes have special cavity probe V3FGA06H designed for non-destructive measurements of EPD coatings ensuring high efficiency. These have patented conductivity compensation that enables adjustment for various base material conductivities. High resolution probes have spring-loaded system that ensures the decrement in calculation errors and thus helps in increasing the accuracy of the device.