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Electrical and magnetic conductivity

Request
Detection of electrical and magnetic conductivity is independent of distance, roundness or influences by organic coatings up to 1000 μm.
Electrical conductivity
Electric and magnetic conductivity
Detection of electrical and magnetic conductivity is independent of distance, roundness or influences by organic coatings up to 1000 μm.
Request
Electric and magnetic conductivity
Product description

METALSCOPE [MI-LAB 2]
Electrical and magnetic conductivity

The METALSCOPE [MI-LAB 2] is a mobile hand-held device for measuring the electrical and magnetic conductivity of non-ferrous and ferrous alloys. In addition, you can determine the ferrite content of austenitic and martensitic alloys. A combined eddy current-magnetic inductive method is used for testing. This non-destructive and non-contact measuring principle tolerates surface roughness and plastic coatings up to 1,000 μm thick.
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several measured values
in one test device

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1-112 % IACS
1-8000 Vs / Am

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Alloy-specific
temperature compensation

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Machine Learning
AI Algorithms

Icon (Plus)

Cloud based
Android GUI

Product description
METALSCOPE [MI-LAB 2]
Electric and magnetic conductivity
The METALSCOPE [MI-LAB 2] is a mobile hand-held device for measuring the electrical and magnetic conductivity of non-ferrous and ferrous alloys. In addition ...
... you can determine the ferrite content of austenitic and martensitic alloys. A combined eddy current-magnetic inductive method is used for testing. This non-destructive and non-contact measuring principle tolerates surface roughness and plastic coatings up to 1,000 μm thick.
Icon (Plus)
several measured values
in one test device
Icon (Plus)
1-112 % IACS
1-8000 Vs / Am
Icon (Plus)
Alloy-specific
temperature compensation
Icon (Plus)
Machine Learning
AI Algorithms
Icon (Plus)
Cloud based
Android GUI
Product description

Android APP
Electrical and magnetic conductivity

Place the METALSCOE [MI-LAB 2] on an alloy and save the individual magnetic spectrum
in the database. Use the Android app to control the METALSCOPE [MI-LAB 2] and adapt it
to your testing requirements. AI and machine learning based signal analysis methods calculate
and visualise your measured value spectra at different frequencies.
Android APP electrical and magnetic conductivity

Analysis software

Mobile analysis software for testing tasks, system and quality control.

Physical parameters

Alloy-specific temperature
compensation and many other applications in one tester.

The test device

Universal test device with magnetic field frequencies from 3 kHz to 3 MHz

Information & Software

Download

Quick Start Guide
Download App_Guide.pdf
Icon (Download)
Electrical conductivity - App
Download Mi-Lab2 App
Icon (Cloudload)
Icon (Devices)
Measurement Cloud
All measured values and databases are saved in the cloud. The METALSCOPE [MI-LAB 2] automatically loads your individual settings.
Product description
Android APP
Electric and magnetic conductivity
Place the METALSCOE [MI-LAB 2] on an alloy and save the individual magnetic spectrum ...
... in the database. Use the Android app to control the METALSCOPE [MI-LAB 2] and adapt it to your testing requirements. AI and machine learning based signal analysis methods calculate and visualise your measured value spectra at different frequencies.
Android APP electric and magnetic conductivity

Analysis software

Mobile analysis software for testing tasks, system and quality control.

The test device

Universal test device with magnetic field frequencies from 3 kHz to 3 MHz

Physical parameters

Alloy-specific temperature
compensation and many other applications in one tester.

Information & Software
Download

Quick Start Guide
Download App_Guide.pdf
Icon (Download)
Electric conductivity - App
Download Mi-Lab2 App
Icon (Cloudload)

Measurement
Cloud

Icon (Devices)
All measured values and databases are saved in the cloud. The METALSCOPE [MI-LAB 2] automatically loads your individual settings.
Specifications

Features and properties

Here you will find all the important data on the sensor system for the electrical and magnetic conductivity application.
Application areas
  • Rapid testing for sorting and quality assurance
  • Damage inspection on thermally stressed components
  • Check for material fatigue and cracks
  • Checking the heat treatment carried out
  • esting the magnetic conductivity of duplex steels
  • Testing the homogeneity of alloys
  • Incoming goods inspection in metal processing
  • Counterfeit testing of precious metals such as coins and bars
Sensor properties
    • Measurement duration 1 Sek.
    • Measuring spot d = 14 mm
    • Round material d > 4 mm, Flat material h > 4 mm
    • Testing independent of roughness and oxidation
    • Testing through organic layers up to 1.000 μm
    • Magnetic field frequency from 3 kHz to 3 MHz
    • Magnetic sequence 10 x Sek
    • Measurement according to ASTME1004 / DIN EN 2004-1
    • Measurement range from 1 – 112 % IACS (0,5 – 65 MS / m), 1 – 8.000 Vs / Am
    • Measuring accuracy respectively ±1 % from the measured value (0 °C – 50 °C)
Metals & alloys
  • Copper-based alloys Cu
  • Aluminium-based alloys Al
  • Gold-based alloys Au
  • Silver-based alloys Ag
  • Titanium-based alloys Ti
  • Stainless steel alloys all austenitic alloys
Metalscope in general
  • Operating temperature 0 °C up to 50 °C
  • Operating time40 h
  • Battery capacity 1.800 mAh
  • Charging time 12 h
  • Interfaces BLUETOOTH
  • Weight 202 g
Analasys software and algorithms
  • All devices with Android operating system
  • Metalscope, databases and calibration data controlled via Cloud
  • Browser-based Measuring Dashboard for global logging
  • Physical properties in the display
  • Logging with pdf export
  • Memory size up to 10,000 database entries
  • Determination method: KI, Machine-Learning, Sequence decoding
Certificats
  • ISO / IEC 27000 – International Electro Commission
  • ISO / IEC 27001:2013 / 2015 – Security Management System
  • ISO / IEC 27017 – Richtlinien für Informationssicherheit
  • ISO / IEC 27018 – Datenschutzes in der Cloud
  • WEEE-Reg.-Nr: DE93492845
  • ASTM E 1004 – Standards ElectromagneticMethod
  • DIN EN 2004:1 – Prüfverfahren für Erzeugnisse aus Al-Legierungen
  • DIN EN ISO 15548:1 – Zerstörungsfreie Wirbelstromprüfung
  • DIN EN ISO 12718 – Elektrische und magnetische Prüfverfahren
  • DIN EN ISO 15549 – Zerstörungsfreie Prüfung allgemein
  • DIN ENISO 16813:2016 – Messung Sigma bei Nichteisenmetallschichten
  • Bluetooth Module: BM71BLES1FC2
  • CertificateNo: IC12246A-BM71S2 / RSS-247 / EU RED-RTTE
  • Radio Report / EMC Report: EN 300328 / EN 301489
  • EN 61326-1:2013-01
  • IEC 61326-1:2012-07
  • DIN EN 61326-1:2013_07
Specifications
Features and properties
Here you will find all the important data on the sensor system for the electric and magnetic conductivity application.
Application areas
  • Rapid testing for sorting and quality assurance
  • Damage inspection on thermally stressed components
  • Check for material fatigue and cracks
  • Checking the heat treatment carried out
  • esting the magnetic conductivity of duplex steels
  • Testing the homogeneity of alloys
  • Incoming goods inspection in metal processing
  • Counterfeit testing of precious metals such as coins and bars
Sensor properties
  • Messdauer 1 Sek.
  • Messfleck d = 14 mm
  • Rundmaterial d > 4 mm, Flachmaterial h > 4 mm
  • Prüfung unabhängig der Rauigkeit und Oxidation
  • Prüfung durch organische Schichten bis
      • Measurement duration 1 Sek.
      • Measuring spot d = 14 mm
      • Round material d > 4 mm, Flat material h > 4 mm
      • Testing independent of roughness and oxidation
      • Testing through organic layers up to 1.000 μm
      • Magnetic field frequency from 3 kHz to 3 MHz
      • Magnetic sequence 10 x Sek
    • Measurement according to ASTME1004 / DIN EN 2004-1
    • Measurement range from 1 – 112 % IACS (0,5 – 65 MS / m), 1 – 8.000 Vs / Am
    • Measuring accuracy respectively ±1 % from the measured value (0 °C – 50 °C)
Metals & alloys
  • Copper-based alloys Cu
  • Aluminium-based alloys Al
  • Gold-based alloys Au
  • Silver-based alloys Ag
  • Titanium-based alloys Ti
  • Stainless steel alloys all austenitic alloys
Metalscope in general
  • Operating temperature 0 °C up to 50 °C (32 °F up to 122  °F)
  • Operating time40 h
  • Battery capacity 1.800 mAh
  • Charging time 12 h
  • Interfaces BLUETOOTH
  • Weight 202 g
Software & algorithms
  • All devices with Android operating system
  • Metalscope, databases and calibration data controlled via Cloud
  • Browser-based Measuring Dashboard for global logging
  • Physical properties in the display
  • Logging with pdf export
  • Memory size up to 10,000 database entries
  • Determination method: KI, Machine-Learning, Sequence decoding
Certificats
  • ISO / IEC 27000 – International Electro Commission
  • ISO / IEC 27001:2013 / 2015 – Security Management System
  • ISO / IEC 27017 – Richtlinien für Informationssicherheit
  • ISO / IEC 27018 – Datenschutzes in der Cloud
  • WEEE-Reg.-Nr: DE93492845
  • ASTM E 1004 – Standards ElectromagneticMethod
  • DIN EN 2004:1 – Prüfverfahren für Erzeugnisse aus Al-Legierungen
  • DIN EN ISO 15548:1 – Zerstörungsfreie Wirbelstromprüfung
  • DIN EN ISO 12718 – Elektrische und magnetische Prüfverfahren
  • DIN EN ISO 15549 – Zerstörungsfreie Prüfung allgemein
  • DIN ENISO 16813:2016 – Messung Sigma bei Nichteisenmetallschichten
  • Bluetooth Module: BM71BLES1FC2
  • CertificateNo: IC12246A-BM71S2 / RSS-247 / EU RED-RTTE
  • Radio Report / EMC Report: EN 300328 / EN 301489
  • EN 61326-1:2013-01
  • IEC 61326-1:2012-07
  • DIN EN 61326-1:2013_07
Integration

System Integration
in your company

  • Which alloys do you want to test?
  • Global integration at several locations?
  • Do you have any special requirements?
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  • 77815 Bühl
  • Tel: +49 (0)7083 9359307
  • Mail: info(at)namisens.de
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Namisens
  • Bußmatten 21
  • 77815 Bühl
  • Tel: +49 (0)7083 9359307
  • Mail: info(at)namisens.de