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Ultra High Vacuum Systems (UHV)
Advanced Thin Film Deposition Solutions for Next-Gen Semiconductor & Quantum Materials
Our UHV Platforms
- Thermal & E-beam Evaporator
- Magnetron Sputtering System
- Molecular Beam Epitaxy (MBE)
- Pulsed Laser Deposition (PLD)
- Hybrid System
System Specifications
- Reliable metal deposition.
- DC & RF sputtering systems.
- For metal and metal oxides deposition.
- 2D-MBE system for TMDCs growth.
- GaN MBE system.
- 8-target PLD system.
- Combination of MBE, E-beam, Thermal, and Sputtering.
- For metals, metal oxides, 2D-TMDC, and other materials.
Our Features
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Multiple Deposition Platforms
Thermal, E-beam, Magnetron Sputtering, Molecular Beam Epitaxy (MBE), Pulsed Laser Deposition (PLD), and Hybrid systems.
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Scalable System Integration
Designed for semiconductor & quantum materials
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Flexible Configurations
Options such as DC/RF sputtering, 8-target PLD, and 2D-MBE systems.
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Broad Material Compatibility
Suitable for metals, metal oxides, 2D materials (TMDCs), and GaN.
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Compact & Accurate Designs
Systems engineered for precise thin film deposition.
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Local Support in India
Installation, commissioning, application training, and maintenance assistance.
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Application-Oriented Demonstrations
Process validation based on customer-specific requirements.
Our Systems in India
2D-MBE and Sputtering systems are already operational in India across IITs and centrally funded research institutes.
Frequently Asked Questions (FAQ)
UHV systems are used for advanced thin film deposition in semiconductor & quantum research. They enable precise growth of materials such as metals, oxides, GaN, and 2D materials like TMDCs.
We provide Thermal & E-beam Evaporators, Magnetron Sputtering Systems, Molecular Beam Epitaxy (MBE), Pulsed Laser Deposition (PLD), and Hybrid systems that combine multiple techniques.
Yes. We design customized UHV systems tailored to customer requirements, including options for DC/RF sputtering, 8-target PLD, and specialized 2D-MBE configurations.
Yes. We offer full support in India, including installation, commissioning, application training, and maintenance. Our systems are already installed in IITs and other centrally funded research institutes.
The systems support a wide range of materials, including metals, metal oxides, GaN, and 2D materials such as TMDCs.
Our systems are scalable, accurate, and designed for advanced material deposition, making them ideal for semiconductor & quantum Materials.
Yes. We provide process demonstrations based on specific applications to help customers validate the system for their research needs.