This system uses polar MOKE to non - destructively analyze magnetic properties of wafer stacks before and after patterning with full - field measurement capability.
This shielding device creates a near - zero magnetic field (<1nT) by eliminating environmental magnetic interference, ideal for precision testing and sensitive equipment.
CMT - 2012F is a high - precision 3D magnetic field scanning system with multi - axis automation for analyzing electromagnetic fields in coils, magnets, and motors.
This 3D magnetic field mapping system provides detailed reports on field distribution, coordinates, and harmonics for testing magnets, stators, coils, and electromagnets.
This research - grade MOKE system measures in - plane and out - of - plane hysteresis loops simultaneously, ideal for high - precision analysis of magnetic materials.
This micro MOKE system enables non - contact magnetic hysteresis measurement on small areas, providing precise coercivity, remanence, and saturation field values.
This system captures polar, longitudinal, and transverse Kerr signals for surface magnetization analysis, including hysteresis, coercivity, and saturation fields.
This system analyzes magnetostrictive behavior in functional materials by measuring magnetic parameters under AC and DC fields, including Hcb, Br, BHmax, and more.
CMT - 2012M measures the magnetic properties of oriented and non - oriented silicon steel sheets using Epstein coils, compliant with GB/T and IEC standards.
This affordable tester measures coercivity (Hc) of soft magnetic materials in bar, strip, L, and U shapes with automated operation and intuitive Windows software.