2D TRANSFER SYSTEM
EXFOLIATE AND DRY TRANSFER 2D MATERIALS DETERMINISTICALLY
The deterministic dry transfer system for Graphene, TMDC, hBN etc. allows for the placement of 2D materials onto a user defined specific location with an unprecedented degree of accuracy and reliability. Easy Placement inside glove boxes. Fabrication of devices with rather complex architectures including assembling artificial stacks of dissimilar 2D materials to build-up van der Waals heterostructures.
The Manual transfer system contain all the required elements such as Optical zoom microscope with high numerical aperture and Long Working distance objectives as well as highly accurate crossed roller bearing stages for fabrication of a high quality 2D heterostructures and also twisted graphene.
System Includes:
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Placement of 2D materials with an unprecedented degree of accuracy and reliability.
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Easy to use compact Plug and Play system. Start straight way after installation
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State of the art vision system with epi-illumination for gold/metal marker identification
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High accuracy mechanical manipulation stages with sample heating.
Model 2DTS-M2
2D dry Transfer System–Motorised Version
Use Motorised 2D DRY TRANSFER system
The deterministic dry transfer system Model 2DTS-M2 is a completely motorized model including all the motion of the stages and the optical system. This allows for the placement of 2D materials onto a user defined specific location with an unprecedented degree of accuracy and reliability. User can create multi-layer and hybrid hetero-structures by multiple combinations. The substrate may be fixed in vacuum and heated during the transfer process. The compact design allows easy placement inside even glove boxes to work with air sensitive devices.
The CN-Transfer Suite software guides the user for visualization and placement through all the necessary steps. This Software offers many useful features including image saving, sample position storage and motorized zoom and motorized focusing. The relevant actions are monitored in real time and can be adjusted based on user preference.
Linear Stages
Stage Structure
Type: Linear Crossed Roller Stage
Material: Anodized aluminum or stainless steel for durability and corrosion resistance Guiding Mechanism: Crossed roller bearings for smooth, precise, and stable motion Travel Range :> 12.5mm
Servo/Stepper Actuators
Motor Type: Brushless DC or AC servo motor Encoder Type: High-resolution optical encoder Encoder Resolution:< 0.1 µm
Max Speed: Upto 3mm/s, depending on travel range and load
Feedback Control: Closed-loop system for high precision and repeatability
Precision Specifications
Accuracy: ±1µm to ±5µm, depending on system calibration and environmental conditions
Straightness and Flatness : ≤±2µm over full travel range for individual machined parts
Theta stage
Stage Structure
Type: Rotary Theta Stage with worm gear transmission and counter bored holes for stability
Material: Anodized aluminum for durability and corrosion resistance , Oxygen free highly conducting copper vacuum chuck
Guiding Mechanism: Crossed roller bearings for smooth, precise, and stable rotational motion.
Servo/Stepper Actuators
Motor Type: Brush less DC or AC servo motor
Encoder Type :High-resolution optical encoder
Feedback Control: Closed-loop system for high precision and repeatability
3. Precision Specifications
Resolution: 0.1° to 0.01°, depending on encoder and controller configuration Accuracy:±0.02°,depending on system calibration and environmental conditions Flatness: ≤ ± 5 µm over full rotational travel
Motor Controller:
Axes Control: Single-axis and/or multi-axis controllers available
Interface: USB and digital I/O for flexible connectivity
Control Software: User-friendly GUI with support for scripting and automated sequences
Power Supply: 24V DC input standard(Options for higher voltages)
Temperature Controller
Temperature control from room temperature to 100 C using PID controller with 0.1 C increment
Uniform temperature control over the entire sample stage
Optical System:
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Modular design and can be equipped with other functional components including coaxial lighting, APO objectives
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Motorized zoom and Motorized focus based completely apochromatic optical system.
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Ultra 4K image optics
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0.3Xto3.0X zoom magnification for providing zoom ratio of 1:10.
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Improves FOV more 1.5X than the traditional zoom lens at the same magnification
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20X infinity corrected objective lens
Camera Specifications
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Sensor:-1/1.8inch8MPSonyCMOSSensor
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Pixel Size:-2.0µmX2.0µm
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USB Connect:-USB2.0X2(mouse disk)
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HDMI:-4K,60fps
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Exposure:-One push AE/Auto AE
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White Balance:-One push AWB/Auto AWB
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Stock:-Support U-disk
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Voltage:-DC5V-12V
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Rulling:-Supply 8 lines drawing, can adjust line’s color, thickness and position.
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Image:-Support Mirror/Flip
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Other Functions:-
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Capture Pic, Video and save to U disk
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Freeze Video
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Line distance and angle measurements
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Breakout Boxes
Cryogenic Breakout Box for Signal Conditioning
Precision Signal Management for Nanotechnology Research
Cryonano’s Cryogenic Breakout Boxes are versatile solutions designed for separating, filtering, and grounding signals from multipin Fischer connectors to BNC connectors, ideal for cryostat DC wiring and other low-temperature applications. Each line can be individually grounded, and optional RC filtering can be added inside the unit to meet your specific research needs.
Our breakout boxes come in three variants to suit different experimental requirements:
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Features selectable RC filtering between each pair, allowing users to choose component values for customized signal conditioning.
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Enables individual shorting of each pair, with isolated BNCs and the ability to individually ground the shield of each BNC.
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Equipped with non-isolated BNCs, providing a compact and efficient solution for signal separation and filtering.
Key Features
Versatile Signal Conditioning
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Multipin Fischer to BNC Connectivity: Seamlessly separates and filters signals for cryostat DC wiring and other applications.
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Individual Grounding: Each line can be separately grounded for precise signal management.
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Optional RC Filtering: Customizable RC filtering can be added inside the unit for enhanced signal clarity.
Ultra-Low Noise Performance
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Low-Noise Twisted-Pair Coaxial Cables:
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Cryogenic-compatible internal wiring with screened, twisted-pair design for superior noise reduction.
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High insulation resistance (>20 GΩ x cm) and low conductor resistance (<70 mΩ/m) for minimal signal degradation.
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Custom Signal Conditioning Modules:
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Low-pass and RF filters on cryogenic-rated PCBs for precise noise reduction.
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PI-section circuit filters with surface-mount SMD terminals for optimal performance.
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Robust Shielding and Durability
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12-Gauge Aluminum Enclosure:
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Provides exceptional electromagnetic interference (EMI) shielding for clean signal transmission.
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Removable panels for easy access to internal components, simplifying maintenance and upgrades.
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High-Quality Connectors and Switches
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16 x Amphenol RF BNC Series Panel Mount Connectors:
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50Ω impedance, laser-cut fittings for no rotation, ensuring reliable signal transmission.
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16 x SPDT Miniature Toggle Switches:
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On-(On) configuration for grounding/signal selection with low contact resistance and silver-plated contacts.
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Applications in Nanotechnology Research
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Quantum Computing: Low-noise signal conditioning for superconducting qubits and quantum circuits.
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Scanning Probe Microscopy (SPM): Clean signal transmission for atomic-scale imaging and spectroscopy.
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Nanoscale Sensors and Detectors: Precision signal management for high-sensitivity measurements.
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Cryogenic MEMS/NEMS: Reliable signal handling for micro- and nano-electromechanical systems.
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Superconducting Nanodevices: High-performance signal conditioning for SQUIDs and other cryogenic sensors.
Why Choose Cryonano?
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Precision Engineering: Designed for ultra-low noise performance in cryogenic environments.
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Customizable Solutions: Tailored to meet the specific needs of your research setup.
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Robust and Reliable: Built to withstand extreme conditions while delivering consistent performance.
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Expert Support: Dedicated team for technical assistance and seamless integration.
2 TESLA ELECTROMAGNET
2T VARIABLE GAP C-FRAME DIPOLE electroMAGNET
- WATER COOLED COILS
Model EMC2T is a compact variable Gap Cframe dipole Electromagnet manufactured using cutting edge of magnet technology. It is ideal for small scale laboratory‐based, wide range of experiments like Hall/ Spin Hall Effect Measurements, Magnetic susceptibility & Hysteresis Studies Magneto‐transport, MagnetoOptical Studies etc.
Used in low temperature research/industrial applications where a large pole gap and coil spacing is required for the sample or ancillary equipment such as a Cryostat. Useful for Susceptibility, Hall, Magneto-optical, Magneto-transport, Spin Resonance, EPR, MOKE etc. experiments
PROBE STATION
ELECTRICAL PROBING FOR NANOELECTRONICS
PSM 100 probe station is an economical manual probe station for probing up to 100 mm (4") wafers for a host of non-destructive standard electrical device measurement. It has high-performance solutions wafer level probe capability to the test board level to assist with post tape-out product testing for circuit boards and modules, semiconductor 2D devices/films, MEMS, electro-optic devices and more.
The Probe station is available with accessories such as special cables, calibration software, and industry-leading probes that help you position, calibrate, and characterize your device under test
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Optimised for I-V, C-V measurements of device and wafer characterization tests, failure analysis, sub-micron probing, MEMS, optoelectronic engineering tests and more
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Stable platen mounted with up to 6 micropositioners.
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Solid station frame with Built-in vibration-isolations
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Option of High resolution top side microscope
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Quick and ergonomic sample change
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Electrical Measurement Breakout Box with BNC breakout, suitable for measurements using Parameter Analyzers or Sourcemeters, Multimeters etc.
VOLTAGE SOURCES
LOW NOISE GATING AND BIASING ISOLATED VOLTAGE SOURCES
The Model CN902IS isolated voltage sources from CRYONANO provides 4 precise and stable isolated DC voltages up to ± 10V for biasing purposes and ability to stack channels to get an output of ± 40V. Each output provides an independent signal path, enabling you to update all four channels simultaneously. Unlike DC power supplies, the outputs currents are limited to small values, and the outputs are optimized for high short and long term stability, low noise and low temperature drift.
User control of the device can be accomplished by Labview programs [Drivers provided], utilizing a standard USB connection (USB 2.0 compatible). Each channel has a digital-to-analog converter (DAC) that produces a voltage signal. Each channel also features ±30 V overvoltage protection; short-circuit protection, low crosstalk, fast slew rate, high relative accuracy.
