NanoMatter Technologies is proud to announce the successful delivery and installation of its advanced Kinetron MOCVD system at the Tata Institute of Fundamental Research (TIFR) Hyderabad, marking a significant milestone in India’s semiconductor research capabilities.
The installation of our state-of-the-art MOCVD system at TIFR Hyderabad represents a major advancement for India’s semiconductor research infrastructure, enabling atomic-level precision in 2D material synthesis for next-generation electronics and quantum technologies.
Our Kinetron MOCVD system features multi-zone temperature control, advanced precursor delivery, and in-situ monitoring capabilities – specifically engineered to support TIFR’s pioneering work on Transition Metal Dichalcogenides (TMDs) and other 2D materials for applications in:
- Next-generation transistors and memory devices
- Quantum computing components
- Flexible and transparent electronics
- Advanced optoelectronic systems
“This collaboration underscores the growing synergy between India’s scientific research institutions and domestic high-tech equipment manufacturers, driving innovation and local self-reliance in strategic technological domains.”
Technical Highlights of the Installation:
System Specifications:
- 8-inch wafer compatibility
- Multi-zone temperature control (±0.5°C)
- In-situ optical monitoring
Research Capabilities Enabled:
- Atomic layer deposition of TMDs
- Heterostructure fabrication
- Doping and alloying studies
This strategic collaboration between NanoMatter and TIFR Hyderabad represents a significant step toward India’s semiconductor self-reliance, combining cutting-edge equipment with world-class research expertise to push the boundaries of 2D materials science.
The NanoMatter team worked closely with TIFR researchers to customize the MOCVD system for their specific research needs, including specialized precursor delivery configurations and process automation features. We look forward to an ongoing collaboration as TIFR explores new frontiers in 2D materials and devices.
TIFR Researcher Quote:
“The NanoMatter MOCVD system has dramatically expanded our capabilities in 2D materials research. The system’s precision and reliability have enabled us to pursue research directions that were previously challenging with other deposition methods.”- TIFR Materials Science Research Lead
About the Kinetron MOCVD System
Key Features:
- Precision control for atomic layer deposition
- Multi-zone temperature control
- Advanced precursor delivery system
- In-situ monitoring capabilities
Applications:
- 2D material synthesis (TMDs, graphene)
- Next-generation semiconductor devices
- Optoelectronic applications
- Quantum technology research
