The Mechanics of Transcutaneous Analysis
Wavelength Emission
The process begins with the emission of multi-spectral light (660nm – 940nm) into the vascularized tissue, typically at the fingernail bed or palpebral conjunctiva. This technology-assisted approach allows for deep tissue penetration without the need for invasive blood extraction.
Absorption Modulation
As light passes through the tissue, it interacts with hemoglobin molecules. Oxygenated and deoxygenated hemoglobin absorb light at different rates, creating a unique optical signature that our sensors capture to provide innovation-driven insights.
Digital Signal
Our high-sensitivity sensors capture the remaining light and utilize advanced digital signal processing to filter out ambient noise. The resulting data is analyzed against research-validated models to provide a real-time hemoglobin estimation, supporting informed health decision-making.
