For Temperature Dependent Electrical, Optical and Magnetic Analysis
The special desing, CryoEge liquid nitrogen cryostat is capable for electrical, magnetic and optical analysis of high temperature superconductors. This system can work from -196 C (77 K) up to 80 C (352 K).
CryoEge composes of 2 main parts. 2 of the ports on the upper part is used for electrical feeding and vacuum while the other 2 port can be used for any purpose. On the lower ports, 4 optical windows are 22 mm and can be manufactured upen a request as sapphire, quartz or normal glass.
As the optical windows placed in perpendicular angle towards the samples, in this particular experiments. Furthermore, can you analyze the optical transmittance of your transparent samples over temperature. In case of request optical windows (from 22 mm to 120 mm) can be mounted to bottom of the CryoEge
New Generation Measurement Equipments
Supercondctors, semiconductors and inorgranic metarials and devices
From 77 K to 353 K
15 pin feedthrough
Monitor your data instantly
Customize your graphic upon your needs
Select your file extensions (Notepad, MS Excel, Ogirin Pro...)
Decide the order of data saving
Specialised sample holders
Easily place and remove your samples
Stringed pogo pins
Accurate and porfessional manufacturing
One to one exchangeable parts
— Name, Title
We desing special sample holders for you research. Thus, you can realize your experiments easily and efficiently.
With the innovative measurement equipments, do not leave your results to chance. Take everything under your control.
Cryogenic Sample Holder
Elektriksel, optik ve manyetik testlerinizi gerçekleştirebileceğiniz sıvı azot kriyostatı.
0.75 L azot devarı ile tam soğumadan sonra 60 dakikaya kadar ölçüm alabilirsiniz.
Sahip olduğu 8 portun tamamını ihtiyaçlarınıza göre değiştirebilirsiniz.
12 elektriksel içeribesleme (feedthrough) yetmezse 12 tane daha ekleyebilir veya vakum boşaltma vanası ekleyebilirsiniz.
We customize the program interface. Hence, you can follow you measured data instantly and you can manipulate the measurement environments if necessary.
As much as data points can be collected. For instance, the measurement temperature can be increased from -196 C to +45 C in 20 minutes and kept at 45 C for 10 minutes and then decreased to 25 C. Thus, physical, chemical or optical properties of your samples can be characterised over temperature.
The one and the only thing we ask you is filling liquid nitrogen and identifying the process steps. The rest will be undertaken CryoEge.