Lake Shore Cryotronics environment by Janis
Janis Research is pleased to offer cryogen-free superconducting magnet systems for both optical and non-optical applications. These systems are offered in both room temperature bore configurations and ...
Simple and inexpensive, VPF cryostats provide a variable temperature sample environment with no valves or adjustments required. Designed with versatility in mind, the VPF cryostat is field-upgradeable ...
Ideal for samples with poor thermal conductivity, the VNF cryostat provides uniform cooling for irregularly shaped samples. Samples are cooled by a temperature-controlled stream of nitrogen vapor, so ...
Introducing Infinite Helium—an automated solution that makes your LHe cryostat cryogen‑free. Infinite Helium innovatively circulates helium in a closed loop, enabling your continuous flow cryostat to ...
The SuperTran product line has long been an industry standard for continuous flow cryogenic systems. Now, with the introduction of the recirculating gas cooler, these cryostats can be cooled without ...
The SuperVariTemp (SVT) system is the basis for a variety of variable temperature cryostats. Offering quick sample exchange, an operational range of 1.5 to 300 K and highly efficient operation, this ...
The SuperTran-VP series (STVP) provides sample in vapor cooling from 1.5 K to 300 K and higher. It includes a top loading sample probe. Rapid sample changes are possible, and samples with poor ...
The SuperTran series (ST) sample in vacuum models cover the temperature range from <2 K to 800 K. In addition to general-purpose systems, Janis Research builds ST systems designed for specific ...
When combined with an automatic temperature controller, Janis closed-cycle systems become powerful tools for studying the properties of materials over a wide range of temperatures. (These pages ...
4K cryocoolers allow you to cool samples, devices and other equipment without the inconvenience and expense of liquid helium.
The CryoComplete is a turnkey solution for electrical measurements in cryogenic environments.
These cryostats with a closed cooling circuit can cool samples down to 1.5 K in exchange gas.
