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World’s Most Cost-Effective High-Mobility GFET Sensors

Our Story

Clinically Validated GFET Biosensors | Medical-Grade, Defect-Free Graphene

The World’s Most Affordable, Highest-Performance GFET Sensor

We manufacture the world’s most affordable and highest‑quality Graphene Field‑Effect Transistor (GFET) sensors for biosensing and diagnostics. Each chip uses single‑layer, defect‑free CVD graphene as the sensing channel. As a result, it delivers high carrier mobility and very low noise, enabling ultra‑sensitive, label‑free detection down to picomolar and femtomolar levels. In addition, every sensor comes in medical‑grade packaging and undergoes clinical validation for accuracy, reproducibility, and long‑term stability. Therefore, our platform suits point‑of‑care diagnostics, biomarker detection, DNA and protein sensing, immunoassays, pH and ion sensing, and wearable biosensors. By combining wafer‑scale graphene synthesis with cost‑efficient manufacturing, we provide research‑grade and clinical‑grade performance at a price unmatched in the global GFET market.

Our Approach

Engineering the Highest-Mobility GFET Platform on the Market

World-Class Fabrication Infrastructure

We build every sensor inside a high‑class cleanroom to ensure consistent, contamination‑free fabrication. Our facility includes thermal and e‑beam evaporators, sputtering systems, and photolithography tools. These systems let us pattern and deposit materials at the nanoscale with high reproducibility. Moreover, we use high‑accuracy electronic measurement tools for in‑process characterisation. This approach allows us to maintain strict quality control across every batch. Consequently, each chip meets the same standard, whether it is the first unit or the ten‑thousandth

A Portable, High-Precision Readout System

Sensor performance is only half the story; reading and interpreting the data matters just as much. Therefore, we developed a portable electronic interface that is accurate, fast, and easy to use. It brings lab‑grade measurement capability directly to researchers and clinicians. The device automatically generates scientific plots and analytical outputs, including current‑voltage curves, real‑time response curves, and final quantitative results. In addition, users can transfer all data to a PC for deeper analysis, storage, and integration into existing workflows. Together, our fabrication platform and readout system form a complete, end‑to‑end solution — from chip to data — designed to be precise, portable, and accessible.

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Graphene FET Sensor Today

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