CRYONANO
THINK SCIENCE
We, at CRYONANO, push the frontiers of core engineering to enable a new class of power-dense and quantum hardware. Our mission is to pioneer resilient and adaptable system that form the backbone of tomorrow's most vital missions.
Our advanced research and manufacturing excellence empowers our partners with capabilities; accelerating development in their fields provide environmental certainty as well as transform extreme challenges into operational realities.
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We have been able to fabricate a lot of 2D hetreostructures with good precision and control using the 2D Transfer System by Cryonano. The fine angle adjustment has also been very helpful in making twisted bilayers of graphene and various other TMDCs. The temperature control is also good and optics is top class.
The visualization of the flakes during the transfer is excellent and hence we are able to fabricate 2D heterostructures with high degree of precision. Recently a journal article has been published in Journal of Applied Physics. 2023;133(11). Where Cryonano transfer system was used to make heterostructures.
Dr. Vidya Kochat Assistant Prof. Material Science IIT Kharagpur
We have been using the 16-bit digital to analog isolated voltage source (IVS) from Cryonano for quite sometime now and it has become a mainstay for our lab. It has four truly bipolar +/- 10 V output that is controlled by Labview. We are extensively using the IVS for our ongoing research work for mainly Gate Voltage Control of our multi-terminal quantum hall Systems, Gate Voltage Control on graphene devices and I-V spectroscopy of fractional quantum hall systems..
We have carried out several experiments and published two papers(Phys. Rev. Lett. 125, 076802 – Published 12 August 2020; Phys. Rev. B 104, 085304 – Published 9 August 2021).
Dr Biswajit Karmakar Associate Prof, Saha Institute of Nuclear Physics
Featured Products
Our latest innovations in quantum hardware and power electronics.
Cryogenic Data Acquisition & Control
CRYONANO DACsys
Complete data acquisition and control system engineered for cryogenic environments with real-time monitoring capabilities.
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Precise and Reliable Power for Industrial Applications
CRYONANO AC-DC Converter Systems
CRYONANO Labs designs and manufactures high-performance AC-DC converter system that deliver clean, regulated DC power from single-phase or three phase AC mains.
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Custom Cryogenic Dipsticks for Advanced Research, Testing, and Characterization
CRYONANO Cryogenic Dipstick
CRYONANO dipsticks are built for high-performance laboratory and industrial environments, our cryogenic dipsticks deliver stable, repeatable measurements from 77 K to above ambient temperatures.
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Our Product Range
Comprehensive solutions across quantum hardware, cryogenics,electromagnets and power systems.
Quantum Hardware
Isolated voltage source DACs, cryostat breakout boxes, RF low-pass filters, and data acquisition systems for quantum computing.
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Cryogenics
Cryogenic nano stages, probe stations, dipsticks for ultra-low temperature research.
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Electromagnets
Isolated voltage source DACs, cryostat breakout boxes, RF low-pass filters, and data acquisition systems for quantum computing.
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Microscope
Isolated voltage source DACs, cryostat breakout boxes, RF low-pass filters, and data acquisition systems for quantum computing.
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Quantum Hardware
Isolated voltage source DACs, cryostat breakout boxes, RF low-pass filters, and data acquisition systems for quantum computing.
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Quantum Hardware
Isolated voltage source DACs, cryostat breakout boxes, RF low-pass filters, and data acquisition systems for quantum computing.
Explore More........
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Transport
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Automobile
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We have been able to fabricate a lot of 2D hetreostructures with good precision and control using the 2D Transfer System by Cryonano. The fine angle adjustment has also been very helpful in making twisted bilayers of graphene and various other TMDCs. The temperature control is also good and optics is top class.
The visualization of the flakes during the transfer is excellent and hence we are able to fabricate 2D heterostructures with high degree of precision. Recently a journal article has been published in Journal of Applied Physics. 2023;133(11). Where Cryonano transfer system was used to make heterostructures.
Dr. Vidya Kochat Assistant Prof. Material Science IIT Kharagpur
We have been using the 16-bit digital to analog isolated voltage source (IVS) from Cryonano for quite sometime now and it has become a mainstay for our lab. It has four truly bipolar +/- 10 V output that is controlled by Labview. We are extensively using the IVS for our ongoing research work for mainly Gate Voltage Control of our multi-terminal quantum hall Systems, Gate Voltage Control on graphene devices and I-V spectroscopy of fractional quantum hall systems..
We have carried out several experiments and published two papers(Phys. Rev. Lett. 125, 076802 – Published 12 August 2020; Phys. Rev. B 104, 085304 – Published 9 August 2021).
Dr Biswajit Karmakar Associate Prof, Saha Institute of Nuclear Physics
Credentials & Impact
Trusted by leading research institutions worldwide
SIDBI–TIFAC Acknowledged
Recognized for semiconductor innovation and deep-tech excellence.
End-to-End Solutions
From ideation to commercial production with modular design for agile customization and faster turnaround times
International
Presence
Recognized for semiconductor innovation and deep-tech excellence.
Trusted by leading organizations
Published Research Using Our Systems
2025
Dimensional Crossover and Emergence of Novel Phases in Puckered PdSe under Pressure
T Kundu, S Das, K Dey, B Joseph, C Nayak, M Palit, SK Mahatha, K Dolui,
Phys. Rev. B 112, 024109
2025
Tailored one-dimensional/two-dimensional van der Waals heterostructures for unified analog and digital electronics
B Karmakar, B Das, S Mandal, R Paramanik, S Maity, T Kundu, S Das,
Phys. Rev. Applied 23, 054013
2025
Electron-Magnon Coupling Mediated Magnetotransport in Antiferromagnetic van der Waals Heterostructure
S Maity, S Das, M Palit, K Dey, B Das, T Kundu, R Paramanik, BK De,
Phys. Rev. B 111, L140407
2023
Raman spectroscopic studies on the evolution of interlayer coupling and stacking order in twisted bilayers and polytypes of WSe2
Sourav Paul et. al. , Journal of Applied Physics 133, 114301
2021
Temperature-dependent equilibration of spin orthogonal quantum Hall edge modes
Tanmay Maiti, et. al. Phys. Rev. B 104, 085304
2020
Magnetic-Field-Dependent Equilibration of Fractional Quantum Hall Edge Modes
Tanmay Maiti, et. al. Phys. Rev. Lett. 125, 076802
32+
Systems Delivered
15+
IIT
Partners
5+
Countries
15+
Publications
Speak to a Scientist
CRYONANO's analytical scientists are available to answer your questions. Have a project you'd like to discuss? Give us a call or email us! We are happy to talk to you about any of your application and instruments. Please write us an email with your question, drawing requirement etc. and we will get back to you as soon as possible.
Office Address
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