Physike Technology Co., Ltd.

S-100 general purpose continuous flow cryostat

Scryo S-100 (abbreviated as S-100) is a general purpose continuous flow cryostat, which combines an efficient vaporizer with super insulation flexible transfer line. It has the characteristics of fast cooling and low cryogen consumption rate. It comes standard with a calibrated ZrON thermometer and can achieve temperature control from 2K-420K when paired with a high-precision temperature controller. It can be optionally equipped with a temperature upper limit up to 800K.

S-100 cryostat is widely used and easy to use. The quick clamp is convenient for quickly opening the sample chamber. It is equipped with super insulation flexible transfer line and four-way optical windows as standard. There are two typical vacuum shrouds F=1.0/0.9 for selection. It can meet the requirements of wide spectral range testing from far/mid infrared, ultraviolet to X-ray with different window materials. It is convenient to use with commercial spectrometers. The compact vacuum shroud can be selected to match magnets or space limited  experiments.

S-100 cryostat can not only use liquid helium or liquid nitrogen for cooling, but also be integrated with helium circulation low-temperature systems (Qcryo) to form a closed-loop system (Qcryo-S-100) that does not consume liquid helium, with a base temperature of ≤2K and low vibration characteristics.

S-100 cryostat offers a variety of options, such as integrated linear manipulator, multipin/BNC/Triax BNC feedthroughs, RF feedthroughs (SMA, 2.92mm, 2.4mm, 1.85mm, and 1mm), twisted pair wires, flexible coax/triax cable, RF semi-rigid cables, Puck/DIP/LCC sample holder, optical sample holder, probe sample holder and sealing cover plate matching vacuum spectrometer.


Scryo S-100

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S-100 cryostat with F=1.0

S-100 cryostat with F=0.9

S-100 cryostat with compact rectangular tail

S-100H cryostat with 800K temperature upper limi



Typical specifications

Sample environment

Vacuum

Temperature range

2K-420K(Note: Pumping LHe is required for<4.5K)

Temperature stability

±25mK

Typical applications

UV/visible/infrared and THz, matrix isolation, Mössbauer spectroscopy, PL, magneto-optical, transient spectroscopy, ultrafast optics, X-ray, Neutron scattering, high pressure(DAC), DLTS, solar cells, heat transport, superconducting materials, etc

Note: 1. Base temperature is based on the standard S-100 without external heating load. 2. Base temperature is closely related to the pumping speed of the vacuum pump. 


Options

Feedthroughs

Multipin/BNC/Triax BNC feedthroughs, RF feedthroughs (SMA, 2.92mm, 2.4mm, 1.85mm, and 1mm)

Window material

γ/χ/UV ray, Vis/IR/THz, Mylar, Kapton, Aluminum, Beryllium, Vanadium

Sample holders


PUCK/LCC/DIP, optical, probe, solar cell, etc

Wiring

Twisted pair wires, Flexible coax/triaxial cables, RF semi-rigid cables

Other options 

Sealed flange, linear manipulator, rotary stage, tilt, higher temperature upper limit, compact vacuum shroud, customized sample space size, higher cooling capacity vaporizer, etc


Examples

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S-100 cryostat, matching with Bruker 80V vacuum spectrometer

S-100 cryostat with compact rectangular tail 

S-100 cryostat with compact tail and tilt rotating mechanism

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S-100 cryostat with compact horizontal extension

S-100 cryostat with compact tail and sapphire sample holder

S-100 cryostat with linear manipulator for Mössbauer spectroscopy

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S-100 cryostat with XYZ manipulators, matching with Bruker 80V spectrometerInner photo of S-100 cryostat with five degrees of freedom
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Optical sample holder with single, double, and triple holes

Three 8-pin puck sample holders with/without holes

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Horizontal four probe sample holder

Vertical four probe sample holder

84 pin LCC sample holder and 42 pairs of twisted pair wires


Examples

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S-100 cryostat matching with Bruker V80 spectrometer

S-100 cryostat matched with infrared light path

S-100 cryostat matching with Mossbauer spectrometer

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Qcryo-S-100 cryogen free system, matching with superconducting magnet

Qcryo-S-100 cryogen free system for magneto-optical experiments

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Qcryo-S-100 cryogen free system with XYZ stages, matching with Bruker 80V Fourier spectrometer

Qcryo-S-100 cryogen free system, matching with electromagnet for quantum precision measurement

Qcryo-S-100 cryogen free system with XYZ stages, matching Horiba Fluorolog QM spectrometer