Product Announcements:
Magnetic Field Instruments

Off-the-shelf products often fall short when it comes to specific applications. They can lack the precision, durability, or adaptability required for unique operational demands. Read more...

The TMR6306 is a 216pixels, 100DPI magnetic image sensor module. It integrates proprietary TMR magneto-resistance sensor, high-quality magnet to provide high sensitivity performance. The TMR6306 module is designed for wide coverage paper bills, bank notes and security documents with magnetic materials and is suitable for scanning width up to 54mm. Read more...

Determining the ideal magnetic measurement equipment for your application can be challenging. Lake Shore’s whitepaper explains instrument choices, features, and how to choose corresponding Hall sensors, probes, or coils. Read more...

The MeasureReady™ M91 FastHall™ measurement controller is a revolutionary, all-in-one instrument that delivers significantly higher levels of precision, speed, and convenience to researchers involved in the study of electronic materials. Read more...

Traditional Hall effect measurement systems (HMS) provide basic electrical measurement instrumentation combined with a switching unit to measure sample resistivity and Hall voltages, but must rely on separate PC-based software to perform pre- and post-measurement calculations in order to ultimately derive the physical parameters that researchers need to know. Read more...

An advanced tool designed primarily for use in industrial and measurement systems settings, the Model 480 Fluxmeter measures total flux from which B, flux density, and/or H, magnetic field strength, can be determined. The Model 480 is valuable for magnetizing, manual and automated magnet testing and sorting, and as the main component in BH loop or hysteresis measurement system applicatio... Read more...

The new Lake Shore Cryotronics F71/F41 teslameters, with FP Series probes and touchscreen interface, offer a new level of precision, convenience, and dependability for magnetic field measurement. Read more...

E BOOK: The traditional DC field Hall measurement methodology, while sufficient for studying a wide range of materials, is limited to measuring Hall mobilities down to about 1 cm2/V s—making it impossible to measure materials that are characterized by very low mobilities. Read more...