Retained austenite and magnetic moment tester. Fast and precise quantification of magnetic and structural phases in steels.
The MSAT is a compact, high-precision instrument designed to quantify the magnetic and structural phases of steels and alloys.
Measures retained austenite fractions in transformation-induced plasticity (TRIP) and stainless steels, ferrite and martensite content in dual-phase materials, and magnetic moment at saturation for metallic components.
With its intuitive user interface, traceable calibration and fast analysis cycle, MSAT enables reliable material characterization for both research laboratories and production quality control environments.
Every design choice optimizes for production-line reliability without sacrificing laboratory-grade accuracy.
Determine retained austenite in steels at room temperature. Compensation for chemical composition and sample shape.
Ideal for quality control of metallic components. Supports magnetic content analysis in ores and slags.
Measurement completed within seconds. Better than 0.1% repeatability. Traceable calibration with Ni-standard.
Intuitive digital display, easy data export and processing for quality reporting.
| Sample Dimensions | Up to 2 mm thick, up to 30×30 mm |
| Sample Volume | Max ~200 mm³ |
| Measurement Accuracy | < 1% for standard sample |
| Magnetic Field Range | Up to 300 kA/m |
| Probe Aperture | ~30 mm × 8 mm |
| Power Supply | 230 V, 50 Hz or 110 V, 60 Hz |
| Repeatability | Better than 0.1% |
| Calibration | Ni-standard traceable |
Results are obtained within seconds, making MSAT ideal for production QC.
Better than 0.1%, with traceable Ni-standard calibration.
Yes — MSAT can measure the magnetic moment at saturation, making it ideal for monetary coins and similar components.
Minimal sample preparation is required. Simply place the sample in the holder and start the test.
Technical specifications, application notes and brochures — all downloadable as PDF.
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