Paragraf
Paragraf specializes in the development and manufacture of wafer-scale, silicon-compatible graphene electronic devices and sensors. Utilizing a proprietary process for direct, contamination-free graphene synthesis, the company delivers scalable solutions for magnetic field sensing, molecular and biosensing, and advanced electronics integration. These technologies address challenges in cryogenics, quantum computing, automotive, aerospace, environmental monitoring, and healthcare. With a focus on large-scale integration of 2D materials, Paragraf advances next-generation sensors and components for demanding and extreme environments.
Patents
Integrated circuit with 2D FETs for direct and indirect target signal measurement
2025-07-01 • US-12345677-B2
View DetailsChemically-sensitive field effect transistors, systems, and methods for manufacturing and using the same
2025-05-13 • US-12298301-B2
View DetailsIc with graphene fet sensor array patterned in layers above circuitry formed in a silicon based cmos wafer
2023-10-10 • US-11782057-B2
View DetailsTwo-dimensional channel FET devices, systems, and methods of using the same for sequencing nucleic acids
2023-08-22 • US-11732296-B2
View DetailsEnhanced selection of efficient targeted genome manipulating agents
2023-08-01 • US-11713455-B2
View DetailsWhat We Do
Electrolyte-gated field-effect transistor devices using direct graphene deposition for molecular detection, including analytes such as nucleic acids, proteins, gases, ions (e.g., potassium), and small biomolecules.
Magnetic field sensors based on graphene for current and position sensing, supporting operation at cryogenic, high-temperature, and extreme environmental conditions, with applications in quantum computing, automotive, aerospace, and industrial domains.
Data acquisition and configuration platform for simultaneous operation with multiple graphene-based Hall sensors, with built-in pre-amplification, noise mitigation, and Windows-based control.
Deposition and fabrication of electronic devices and circuits using 2D materials, directly on standard substrates; offered as project-based foundry services.
Application Area
Diagnostics
Digital Health Technologies
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Key People
Chairman
Director
Director
Director
News & Updates
Raised $55 million to expand graphene chip production.
ISO 9001:2015 certification awarded for quality management systems.
Recognition for product design excellence.
Recognized for international innovation.
Shortlisted in Innovation of the Year and Mayor's Award for Scale-up of the Year.
Recognized for development of graphene molecular sensors in the Business Innovation category.