Cryostats for Spectroscopy
The Optistat range of cryostats are designed to meet the needs of the most demanding spectroscopy applications. Excellent optical and electrical access, wide temperature ranges, (from 2 K up to 500 K) compact design and best-in-class cryogenic performance are matched to an extensive range of different options to ensure there is a cryostat perfectly matched to your experimental requirements. They offer different sample environments to best suit the requirements of your sample, and different cooling technologies to meet the needs of your laboratory.
Typical Applications:
- UV/ visible reflectivity & absorption
- FTIR spectroscopy
- THz spectroscopy
- Photoluminescence
- Electroluminescence
- Raman scattering
- Electrical transport measurements
- Photovoltage/current
- Ultrafast spectroscopy
OptistatCF
A 4 K helium-flow, top-loading cryostat with sample in static exchange gas
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3.4 - 300 K temperature range
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Quick sample change via top-loading sample probe
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Superb optical access
OptistatCF-V
A 4 K helium-flow, sample-in-vacuum cryostat system.
3.2 K - 500 K temperature range
Quick cool-down time and low helium consumption
Superb optical access
OptistatDN
A 77 K nitrogen bath, top-loading cryostat with sample in static exchange gas
- 77 K - 500 K temperature range
- Quick sample change via top-loading sample probe
- Long cryogen hold time
OptistatDN-V
A 77 K nitrogen bath, sample-in-vacuum cryostat
77 K - 500 K temperature range
Large sample space
Long cryogen hold time
OptistatDry BLV
A Cryofree® optical cryostat for spectroscopy applications providing a temperature-controlled, sample-in-vacuum measurement environment, with sample access via a unique bottom-loading mechanism.
- Wide sample temperature range: < 3 K to 300 K
- Easy set-up and operation, no liquid cryogens are required
- Unique sample loading, reducing time between experiments
OptistatDry BLV-TLEX
A Cryofree® optical cryostat for spectroscopy applications providing a temperature-controlled, sample-in-exchange-gas measurement environment, with sample access via a unique top-loading mechanism.
Wide sample temperature range: < 4 K to 300 K
Easy set-up and operation, no liquid cryogens are required
Unique sample loading, reducing time between experiments
