A research transfer system that precisely realizes the precise transfer of two-dimensional materials and the fabrication of heterostructures.
High Quality 2D Transfer Systems are research devices designed for the high-precision transfer of two-dimensional materials such as graphene and h-BN, enabling the fabrication of heterostructures. They support precise alignment under microscope observation, allowing for stable pickup and placement of fine flakes. By combining temperature control with high-precision stages, they achieve improved reproducibility of the transfer process while minimizing sample damage. A key feature is the ability to form clean interfaces while suppressing positional misalignment and bubble inclusion between materials. They cater to a wide range of applications, from flexible control through manual operation to research purposes aimed at optimizing conditions, making them suitable for the development of 2D material devices and fundamental research. They can be easily integrated into laboratory experimental environments, supporting advanced structure fabrication in the field of nanomaterials. ■ Category: 2D Material Transfer Devices, Research Equipment
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basic information
- Compatible materials: Graphene, h-BN, TMD (such as MoS₂, WS₂) - Main components: Optical microscope, precision XYZ stage, micromanipulator - Positioning accuracy: Alignment with micron-order precision - Temperature control: Compatible with heating stage (temperature settings according to transfer conditions) - Transfer method: Compatible with polymer-supported transfer (such as PDMS) - Observation function: Real-time observation under the microscope - Operation method: Manual operation (high-precision control possible) - Expandability: Function expansion through the addition of various accessories - Installation environment: Compatible with laboratory and clean environments - Applications: 2D material transfer, layered structure fabrication, interface formation evaluation *Configurations and specifications may vary by model and configuration. Please contact us for details.
Price information
Please contact us. Due to factors such as exchange rates and manufacturer price revisions, the actual selling price may vary. For the latest prices and delivery times, please contact us.
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Applications/Examples of results
- Transfer and alignment of 2D materials such as graphene/h-BN - Fabrication of 2D heterostructures (stacked structures) - Prototype development of nano-devices such as transistors and sensors - Research on optoelectronic devices using TMD materials - Fabrication of samples for interface property evaluation - Pick-and-place operations of nanoscale materials - Fundamental research involving control of material defects and layer structures - Applications in advanced materials research at universities and research institutions With precise positional control and a stable transfer process, reproducible sample fabrication is possible. It is utilized across a wide range of research fields, from material research to device development.
Company information
Tegara Corporation is forming a research and development platform that integrates specialized product procurement and sales, information provision, and support services for researchers and developers nationwide. In the field of research and development, where speed holds value, Tegara's mission is to assist customers in accelerating their research and development efforts, thereby contributing to the advancement of research and development in Japan and around the world. To remain a reliable partner for researchers and developers, our company continuously hones new technologies and strengthens our support system every day.
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