Alloy
mix-up
check

Request

Precise detection, differentiation and batch separation through comparative measurement of self-stored alloys.
The METALSCOPE [MI-LAB 2] uses the detected physical properties like a fingerprint.

Alloy Mix-up Check

Alloy
mix-up
check

Precise detection, differentiation and batch separation through comparative measurement of self-stored alloys.
The METALSCOPE [MI-LAB 2] uses the detected physical properties like a fingerprint.

Request

Alloy Mix-up Check

Product description

METALSCOPE [MI-LAB 2]
Alloy mix-up check

Alloy mix-up testing is used to quickly distinguish between two or more alloys. Specific characteristics such as electrical conductivity, magnetic conductivity and microstructures are recorded at several penetration depths. A few measured value spectra are sufficient for precise alloy testing. The mix-up test detects the finest physical differences in all non-ferrous metals, stainless steel alloys up to low-alloyed iron-based alloys.

High selectivity and batch separation

all non-ferrous metals and stainless steel alloys

private
database

Machine Learning
AI Algorithms

Cloud based
Android GUI

Product description

METALSCOPE [MI-LAB 2]
Alloy
mix-up check

Alloy mix-up testing is used to quickly distinguish between two or more alloys.

Specific characteristics such as electrical conductivity, magnetic conductivity and microstructures are recorded at several penetration depths. A few measured value spectra are sufficient for precise alloy testing. The mix-up test detects the finest physical differences in all non-ferrous metals, stainless steel alloys up to low-alloyed iron-based alloys.

High selectivity and batch separation

all non-ferrous metals and stainless steel alloys

private
database

Machine Learning
AI Algorithms

Cloud based
Android GUI

Product description

Android APP
Alloy mix-up check

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 self-created measured value spectra. Software functions for full quality control,
hit probability, alloy databases, temperature monitoring and charge status are displayed.

Analysis software

Analysis software for testing tasks, system and database control.

Alloy database

Store your own alloys for the mix-up check.

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

Alloy Mix-up check - App

Download Mi-Lab2 App

Separable alloys

Download Alloy_List.pdf

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
Alloy
Mix-up Check

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 self-created measured value spectra. Software functions for full quality control, hit probability, alloy databases, temperature monitoring and charge status are displayed.