For Magnetic Field and Permeability Measurement

PC-controlled fluxgate magnetometer
Measure magnetic flux density absolute or gradient
Probe for the measurement of relative permeability µr in accordance with IEC 60404-15 and ASTM A342M
Multi-channel probe arrangements
Single value or continuous measurement
Trigger interface
Data acquisition and post-processing software
Database concept and data transfer interface
Operation either as a desktop unit or in a control cabinet for automation applications
Up to 6 programmable interfaces for automation tasks without additional PLC

Industrial Demagnetization System for Metal Components

The MAGNETOMAT 1.790 is an industrial demagnetization system designed to remove residual magnetism from metal components during manufacturing and processing operations.

Residual magnetism can occur during machining, grinding, forming, or magnetic clamping processes. If not removed, magnetized components may attract metal particles, cause contamination, or create problems during assembly and measurement.

The MAGNETOMAT 1.790 provides reliable demagnetization of ferromagnetic parts, helping manufacturers maintain consistent product quality and production efficiency.

Demagnetization of Steel Components in Production

Demagnetization is an important step in many manufacturing processes where magnetic fields remain in metal parts after machining or processing.

The MAGNETOMAT 1.790 generates a controlled alternating magnetic field that gradually reduces residual magnetism in the component. This process allows effective demagnetization of steel parts before further processing or final assembly.

Typical components that require demagnetization include:

machined steel components
bearing parts and precision mechanical parts
automotive components
metal parts after grinding or welding
components used in precision assemblies

Removing residual magnetism helps ensure that components meet quality and cleanliness requirements in manufacturing.

Typical Applications of Industrial Demagnetization

Demagnetization systems are used in production environments where magnetized components may interfere with manufacturing processes.

Common applications include:

demagnetization of machined steel components
removal of residual magnetism after grinding processes
demagnetization of bearing components before assembly
preparation of parts for accurate measurement and inspection
prevention of metal chip attraction during machining

These applications help improve production reliability and reduce the risk of contamination or assembly problems.

Industries Using Demagnetization Systems

Industrial demagnetization systems are widely used in manufacturing sectors where precision metal components are produced.

Typical industries include:

automotive component manufacturing
bearing manufacturing plants
steel and metal processing industries
aerospace component manufacturing
precision machining and heavy engineering

In these industries, demagnetization helps ensure stable manufacturing processes and consistent product quality.

Advantages of Industrial Demagnetization Systems

Demagnetization equipment provides several benefits for manufacturing operations.

Key advantages include:

reliable removal of residual magnetism from metal components
improved cleanliness by preventing metal particle attraction
stable conditions for precision measurement and inspection
improved assembly processes for magnet-sensitive components
non-destructive treatment suitable for finished parts

These advantages make demagnetization systems an important part of industrial production and quality control processes.

Discuss Your Demagnetization Requirements

If your manufacturing process requires removal of residual magnetism from steel components, the MAGNETOMAT 1.790 provides a reliable demagnetization solution for production environments.

Our engineers can help evaluate your application and recommend the appropriate demagnetization system based on component size, material type, and production requirements.