Lake Shore Cryotronics, a DwyerOmega brand, will be at next week’s Magnetism and Magnetic Materials (MMM) conference in Honolulu, Hawaii discussing the benefits of its MagRS system for magnetic material characterization and other measurements.

Available in 4- or 7-inch electromagnet base configurations, the MagRS offers a modular approach to magnetometry-based research. When used with the 8600 VSM measurement option, it offers:

• Ultra-high sensitivity down to 15 nemu
• 1 T/s field ramping and up to 10 ms/pt data acquisition rates
• Real-time FORC (RTForc™) software for enabling fully automated FORC data acquisition
• Options for characterizing at temperatures as low as 4.2 K and up to 1,273 K

In addition to the VSM option, the MagRS can also be ordered with options for ferromagnetic resonance (FMR), Hall effect, and electron transport measurements.

Separate from the exhibition, during the 9:30 a.m. to 12:30 p.m. Tuesday Rare-Earth Permanent Magnetic Materials poster session, Jeffrey Shield of the Univ. of Nebraska–Lincoln will present on “First-Order Reversal Curve Study of 3D Printed NdFeB.” This poster, summarizing the work of Shield and Univ. of Nebraska–Lincoln researcher Sudha Krishnan and Lake Shore’s Cosmin Radu, Brad Dodrill, and David Daughton, shows how FORC analysis and the MagRS with 8600 VSM measurements can be used to characterize additively manufactured permanent magnet samples.

Also at MMM, Lake Shore will be available to discuss:

• The new CryoComplete Mössbauer, a fully integrated system that combines a high-performance spectrometer with a cryostat purpose-designed for Mössbauer experiments
• Cryogenic probe stations for measuring magneto-transport, electro-optical, DC, RF, and microwave properties at temperatures as low as 1.6 K and in fields to more than 2 T
• Magnetic test and measurement instruments, including the F71 multi-axis teslameter, which will be on display at MMM
• The DryMag™ cryogen-free superconducting magnet system and electromagnets
• The M81-SSM synchronous source measure system, which offers DC, 100 kHz AC, and mixed DC + AC sourcing and measuring with lock-in detection optimized for ultra-low-voltage nanomaterial characterization
• Other Hall effect measurement solutions, including the M91 FastHall™ measurement controller for fast and convenient Hall analysis of materials
• Cryogenic sensors, controllers, and monitors, as well as cryostats and the award-winning Infinite Helium™, which makes a LHe cryostat operate cryogen-free