Working in cryogenic environments is challenging, but a lot of cutting-edge research, such as quantum computing and material science, requires operating in these extreme setups. Light is often utilized to probe and interact with experimental setups inside a cryogenic chamber, with applications ranging from trapping atoms or ions to performing spectroscopic measurements. Consequently, a reliable optical connection between the cryogenic and room temperature environments is necessary.
Image Credit: Laser Components
Standard fibre optic cables designed for telecommunications applications are generally unsuitable for cryogenic environments. Special coatings are required to ensure optimal performance, adding a layer of complexity in sourcing suitable components. Additionally, these setups often operate at low pressures, meaning any feedthrough needs to provide a high level of hermeticity.
LASER COMPONENTS can address these needs with specially designed fibre feedthroughs and cable assemblies for extreme environments. From ultra-low cryogenic temperatures to temperature reaching 1000 °C, and from the vacuum of space to 1000 bar, there’s a solution available!