Mitutoyo 368 Series Hall Test

The Mitutoyo D-SET Hall Test Set 1996154 is a comprehensive and precision-engineered solution designed to provide accurate and efficient Hall testing for magnetic materials. Crafted with Mitutoyo's renowned commitment to quality and precision, this Hall test set is an essential tool for professionals in industries like metallurgy, manufacturing, and research, where precise magnetic property measurements are critical.

The Mitutoyo D-SET Hall Test Set 1996154 is meticulously designed to perform Hall effect measurements, a fundamental technique used to determine key magnetic properties such as carrier concentration, mobility, and magnetic field strength. It enables users to assess and understand the characteristics of magnetic materials with exceptional accuracy.

The set comprises a high-quality Hall probe, a magnetic field generator, and a data acquisition unit, ensuring all essential components are available to perform precise Hall testing. The Hall probe is a sensitive semiconductor device that measures the voltage generated by the Hall effect, providing valuable data for magnetic property analysis.

Crafted from robust materials, the components in this set are built to withstand the demands of industrial use and repeated measurements. Their durability ensures reliable performance, making this set a dependable companion for countless testing tasks.

The Mitutoyo D-SET Hall Test Set 1996154 is engineered for user convenience and versatility. It offers easy setup and operation, minimizing preparation time and optimizing measurement workflows.

Designed with accuracy in mind, the Hall test set adheres to stringent calibration and quality control procedures. Each component undergoes thorough testing to ensure that it meets the highest international standards for precision and reliability.

Experience the precision and reliability of the Mitutoyo D-SET Hall Test Set 1996154. Whether you are in metallurgy, material science, or research and development, this Hall test set is essential for obtaining accurate and insightful data about magnetic materials.