Scryo^®S-100 Cryostat

The Scryo^® S-100 (abbreviated as S-100) is a general-purpose continuous-flow cryostat with a high-efficiency vaporizer combined with super-adiabatic flexible transfer piping, featuring fast cooling speed and low cryogen consumption rate, etc. It comes standard with a calibrated ZrON^® thermometer (calibrated range: 1K-420K), and with a high-precision temperature controller that can be realized from 1.8K to 420K variable temperature and temperature control, and can be equipped with the optional High-temperature upper limit up to 800K is available as an option.

 The S-100 cryostat is versatile and easy to use, with quick-release clamps for fast opening of the sample chamber, standard with high-efficiency flexible transfer piping with needle valve and four-way fused silica optical windows, two typical vacuum shrouds with F=1.0/0.9 for choice, with different window materials to meet the wide spectral range of tests from far/mid-infrared, UV to X-ray, easy to use with commercial spectrometers with optional compact vacuum shroud. Matching electromagnets, superconducting magnets or space-constrained optical experiments.

 The S-100 cryostat offers a wide range of options such as integrated linear actuator, multi-pin electrical feedthroughs, BNC/Triax feedthroughs, RF feedthroughs (SMA, 2.92mm, 2.4mm and 1.85mm, etc.), fiber-optic feedthroughs, atmosphere introduction, DC low-frequency cables (cryogenic twisted-pair, flexible coaxial/triaxial cable), cryogenic RF semi-steel cables, electrical sample holders (Puck/DIP/LCC), optical sample holders, probe sample holders, ultra-compact form factor, sealed cover plate to match vacuum type spectrometers, etc. The S-100 is also available in a variety of configurations. /LCC), optical sample holders, probe sample holders, ultra-compact form factor, sealing covers to match vacuum spectrometers, etc.

S-100 cryostat with F=1.0（left）& S-100 cryostat with F=0.9（middle）& S-100 cryostat with compact rectangular end（right ）

The S-100 cryostat can not only be cooled with liquid helium or liquid nitrogen, but can also be combined with a Helium Cycle Cryogenic System (Qcryo^®) to form a closed-loop, dry cryogenic system (Qcryo-S-100) that does not consume liquid helium, with a minimum temperature of<2.5K (1.8K optional) and low vibration characteristics.

Typical Qcryo-S-100 Closed-Loop Dry Cryogenic System Cooling Curve

Examples of S-100 Cryostat, Cryogenic Insert and Sample Holders

Supplied with sealing flange, HDPE window and RF vacuum feedthrough to match Bruker 80V vacuum spectrometer （left）& Compact rectangular tail and mounting flange （middle）& Compact tail section with tilt rotating mechanism to match superconducting magnets and electromagnets （right ）

S-100 cryostat and cryogenic insert (in sample changer holder) with integrated 24 SMA, 24 coaxial cables, 3D linear actuator, 3 eight-pin puck sample holders for Bruker 80V spectrometer  （left and middle）& Integrated vertical linear actuator with Mylar window mounted for Mössbauer spectroscopy experiments （right ）

Compact S-100 with optical sample holder disassembly drawing （left）& S-100 disassembly diagram with four probes installed （right ）

Internal picture of S-100 with integrated five-dimensional motion function (matching electromagnet/superconducting magnet)

Optical sample holders with single, double and triple holes （left）& Three 8-pin puck sample holders with/without through-holes （middle）& Horizontal four-probe sample holder (for solar cell testing) （right ）

Vertical four-probe sample holder （for solar cell testing）（left）& 84-pin LCC sample holder and 42 pairs of cryogenic twisted-pair （right ）

S-100 cryostat mounting example

Matching Bruker 80V Infrared Fourier Spectrometer （left）；Matching infrared light paths （right ）.

Matching Mössbauer Spectrometer （left）;Matching Bruker 80V Infrared Fourier Spectrometer （right ）.

Qcryo-S-100 dry cryogenic system with integrated translational, rotational and tilt five-dimensional motion, matched with horizontal room-temperature bore superconducting magnets （left）;Qcryo-S-100 dry cryogenic system, matching blackbody radiation sources and user-built THz optical paths （right ）.

Qcryo-S-100 dry cryogenic system with tilt rotation and matching electromagnet for magneto-optical testing.

Qcryo-S-100 dry cryogenic system matching electromagnet for quantum precision measurements （left）; 

Qcryo-S-100 dry cryogenic system matching the infrared PL module of the Bruker 80V Fourier spectrometer （right ）