Lake Shore Cryotronics is a leading manufacturer of sensors and instruments for temperature measurement and control in cryogenic and magnetic systems, as well as systems and equipment for the accurate characterization of the electrical and magnetic properties of materials. In 2020, Lake Shore acquired Janis Research, expanding the company's offerings to include a variety of additional systems. Optixs is the authorized Lake Shore Cryotronics partner for the Czech and Slovak Republics
Lake Shore products are distributed in Europe through the Quantum Design Europe network.
www.lakeshore.com
Flow cryostat cooled with liquid N2 (temperature 65 K), sample in vacuum
Flow cryostat cooled with liquid N2 (temperature 65 K), sample in N2 vapour stream
4K cryostat cooled by recirculating gaseous helium
Cryostat cooled with liquid He (4.2 K) or N2 (65 K)
Flow cryostat cooled with liquid He or N2, sample in cryo liquid vapour
Liquid He or N2 cooled flow cryostat, sample under vacuum
Closed-cycle cryostat, base temperature 8 - 15 K
Closed-cycle cryostats, base temperature 4 - 8 K
Closed-cycle cryostat, temperature range 1.5 K to 500 K
Helmholtz coils for field generation and magnetic moment measurement
Probes for Gauss and Teslameters
Uniaxial and vector magnetic field measurements
Sensors for temperature measurement
Temperature measurement and measurement in cryo systems
Temperature control and measurement in cryosystems
Testing electrical, microwave and optical properties of materials.
Hall effect measurement system with 2.25 T electromagnet
Hall effect measurement system with 2.25 T electromagnet
Modular characterization system with electromagnet
Control and evaluation unit for Hall effect measurement
The M81-SSM measurement system from Lake Shore Cryotronics is a comprehensive solution for electrical characterization of materials and devices across a wide temperature range, from cryogenic temperatures to high-temperature environments.
The Infinite Helium system from Lake Shore Cryotronics is a fully automated solution that allows cryostats to operate without the need for liquid helium refills.