Lake Shore Cryotronics will discuss a range of advanced systems for magnetic material research at next week’s Magnetism and Magnetic Materials (MMM) conference in Palm Beach, FL.
Among these systems is the MagRS system for highly sensitive magnetic material characterization (on display in the booth will be a miniaturized replica of the system). The MagRS offers a modular approach to magnetometry-based research while providing the exact same measurement speed, sensitivity, and ease of use as the company’s award-winning 8600 Series VSM when used with the 8600 VSM measurement option.
It can be specified with a 4- or 7-inch electromagnet base platform and 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 measurement option, the MagRS system can be used with ferromagnetic resonance (FMR), Hall effect, and electron transport measurement options to customize it for experimental needs. Choose one or many options, or add options as they are needed over time.
Additionally, for attendees interested in Mössbauer spectroscopy for magnetic research, Lake Shore will be available to answer questions about its new Mössbauer Complete system. A collaboration between Lake Shore and Iron Analytics, the system is offered in both cryogenic and room-temperature versions, both of which are built around the Iron Analytics VT5 velocity drive and the high-performance TMS5 YAP:Ce scintillation detector with PMT. Both versions also include Lake Shore MeasureLINK™ software for complete environmental control and data synchronization.
The Mössbauer Complete Cryo version features the Lake Shore CCS-800 Mössbauer cryostat and Model 335 temperature controller, and supports low-temperature Mössbauer spectroscopy with unmatched stability and control.
Also during MMM, Lake Shore representatives will be available to discuss:
- 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
- Superconducting magnet systems, electromagnets, superconducting magnet power supplies, and electromagnet power supplies
- The M81-SSM system for DC, 100 kHz AC, and mixed DC + AC sourcing and measuring, which includes a unique SMU-10 source measure unit that further simplifies the characterization of the ultra-low current and voltage regimes of nanoscale materials
- Magnetic test and measurement instruments and Hall (magnetic) sensors
- Hall effect measurement solutions, including the M91 FastHall™ measurement controller for fast, more accurate, and convenient Hall analysis of materials
- Cryogenic sensors, controllers, and monitors, as well as cryostats and Lake Shore's new automated Infinite Helium system, which makes a LHe cryostat operate cryogen-free