Lake Shore Cryotronics announced today that its innovative MeasureReady™ M81-SSM synchronous source measure system and M91 FastHall™ measurement controller will be available as standard measurement options for the new TeslatronPT Plus system available from specialist research equipment manufacturer Oxford Instruments NanoScience.

The availability of these options is the result of a collaboration between Lake Shore and Oxford Instruments, with the two companies working together to develop automated, ready-to-use measurement solutions for the Oxford Instruments cryogen-free superconducting magnet systems.

The TeslatronPT Plus, a cryomagnetic system with new automated operation and open-architecture environment control, enables critical characterization and investigation of fundamental materials physics. Its measurement capabilities include low and high resistance, Hall effect in both Hall bar and van der Pauw geometries, and I-V characterization.

The M81-SSM system is a versatile, modular tool designed for scientific-grade low-level electrical transport measurements — including low-level DC and AC lock-in measurements in the same unit. The M91 FastHall measurement controller provides complete Hall analysis, improves accuracy by minimizing thermal drift, and is up to 100× faster for low-mobility materials. Users can also choose from a variety of Oxford Instruments’ breakout boxes and measurement probe options, maintaining a fully validated low-noise signal chain.

Current owners of a magnet system from Oxford Instruments can also benefit from Lake Shore's world-class measurements.  For these users, Lake Shore's M81-SSM and M91 instrumentation is available. The M81-SSM was developed specifically for low-level measurements typically performed at cryogenic temperatures in systems such as the TeslatronPT.