PML offers advanced magnetic measurement and calibration services using internationally accredited systems to ensure precise, reliable testing across various industrial applications.
We provide a full range of magnetic measurements and qualification services. Our facility is equipped with specialized instruments including the Koerzimat by Foersters and BH Loop Plotter, designed to support development, testing, and compliance with global standards. We also perform on-site calibration services for magnets, magnetic lifters, and magnet assemblies—minimizing downtime and ensuring continued performance accuracy.
Our lab-based and on-site services cover:
DC Coercivity Testing (as per EN 10330 / IEC 60404-7)
Magnetic Hysteresis Loop Plotting
Koerzimat Testing (for Hcj – Intrinsic Coercive Force)
Qualification and Type Testing Setups
Vacuum annealing delivers clean, oxygen-free, and high-temperature processing-ensuring material integrity, surface quality, and optimal metallurgical properties for advanced applications.
Advanced VIM and VIGA melting services for high-purity nickel, cobalt, and specialty alloys. From superalloy ingots and spherical metal powders to scrap metal recovery, we deliver metallurgical excellence for critical applications.
Expert design and simulation support for magnetic components and sensing modules—from material selection to prototyping and system optimization.
Controlled heat treatment using dry hydrogen to enhance magnetic properties and structural integrity of components for critical applications in electronics, automotive, aviation, defence and healthcare industries.
Vacuum annealing delivers clean, oxygen-free, and high-temperature processing-ensuring material integrity, surface quality, and optimal metallurgical properties for advanced applications.
Advanced VIM and VIGA melting services for high-purity nickel, cobalt, and specialty alloys. From superalloy ingots and spherical metal powders to scrap metal recovery, we deliver metallurgical excellence for critical applications.
Expert design and simulation support for magnetic components and sensing modules—from material selection to prototyping and system optimization.
Controlled heat treatment using dry hydrogen to enhance magnetic properties and structural integrity of components for critical applications in electronics, automotive, aviation, defence and healthcare industries.
