Lake Shore offers a range of measurement and control solutions for advanced research and industrial applications.
Material characterization solutions::
- Cryogenic and cryogen-free probe stations, which allow reliable, unattended measurements at cryogenic temperatures from 1.5 K to 475 K and under the application of magnetic fields to more than 2 T
- Hall effect measurement systems, including 4- or 7-inch magnet systems that allow for both AC and DC field Hall measurements
- Electromagnet-based VSM and AGM systems, used to characterize the magnetic properties of materials over a broad range of temperatures (4.2 K to 1273 K) and magnetic fields to 3.42 T
- Precision source instruments, which offer premium performance for researchers requiring a precise, low-noise source of current or voltage in the lab
Temperature solutions:
- Cryogenic temperature sensors
- Controllers, monitors, and transmitters
- AC resistance bridges
- Cryogenic accessories
Magnetic solutions:
- Benchtop and handheld Hall effect gaussmeters
- Teslameters
- Fluxmeters
- Hall probes and sensors
- Helmholtz coils
What’s new
MeasureReady™ 155 current and voltage source named R&D 100 Awards finalist
Awards recognize the 100 top technology products of 2018; winners to be announced Nov. 16.
Learn about the new F71/F41 teslameters:
Watch the video
Photovoltaic material measurement products focus of Lake Shore SPIE exhibit
Company showcasing cryogenic probe station and current source solutions for material characterization
Watch the video about a new low-noise, simple-to-use source
Learn about the MeasureReady™ 155 Precision I/V Source.
Learn more about Hall effect measurements of low-mobility materials
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.
