Imported Fisher ISOSCOPE DMP30 eddy current thickness gauge

Fischer ISOSCOPE DMP30 eddy current thickness gauge imported $r $n German Fischer company launches new generation eddy current thickness gauge

The DMP10-40 series measuring instrument is a successful processing plan for quickly and non-destructive measurement of coating thickness on magnetic and non-magnetic substrates. These compact instruments are mainly used for quality assurance, with their solid and ergonomic design and universal functionality that leave an impression.

Based on the application, you will find suitable instruments in the DMP series. DMP10 and 20 are good entry-level models with universal functionality, while DMP30 and 40 models can meet higher requirements. In addition to various measuring instruments, we also provide high-precision digital and analog probes with a wide range.

Characteristics ∙

A universal instrument series for measuring the thickness of contact coating layers, relying on a universal probe product portfolio

Testing methods: Magnetic induction method and eddy current method ∙

Memory: DMP10/20: one batch, 10000 data; DMP30/40：2, 500 batches, 250000 data points

Measurement range: depends on the combination of coating and substrate, as well as the probe used

Stable aluminum casing with a protection level of IP64 ∙

Can be replaced with lithium-ion batteries, working time>24 hours ∙

Easily transfer data through USB-C and Bluetooth

Monitor the upper and lower limits of light, sound, and vibration suspension

The center of any electromagnetic measurement system is the probe. It generates practical signals for subsequent evaluation. Therefore, the probe must meet the specific requirements of the application scope and must not damage the soft coating, etc.

We provide you with a wide range of high-precision probes for measuring coating thickness and data testing. From over 100 standard probes, numerous special probes, and digital probes used for specific instruments, we will work with you to find the appropriate probe for your measurement task. All Fischer probes are highly robust, wear-resistant, and have undergone research and development, consumption, and internal testing to meet high-quality standards. Simply connect the pre calibrated probe to your measuring instrument to start using it: the instrument will automatically recognize the probe.

Due to the use of a spring-loaded system, our probe is placed on the surface of the workpiece with good pressure. This reduces measurement errors and achieves high repeatability, ensuring your measurement results. A probe with curvature compensation function can reliably measure on curved surfaces. On the other hand, probes with conductivity compensation function can compensate for different conductivities of the substrate, thereby preventing time-consuming calibration procedures.

Our experts are happy to provide you with recommendations for selecting the appropriate probe for your application. If needed, we can also develop personalized special designs.