CRYONANO
THINK SCIENCE
2D dry Transfer System–Motorised Version
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.
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
Motor Controller:
Axes Control: Single-axis and/or multi-axis controllers availableInterface: USB and digital I/O for flexible connectivityControl Software: User-friendly GUI with support for scripting and automated sequencesPower Supply: 24V DC input standard(Options for higher voltages)
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
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
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