EIRVEXA Optics

Photobiomodulation Optical Physics

Targeted emission spikes at 630nm, 660nm, 810nm, and 850nm tuned for cellular cytochrome c oxidase absorption. High-density optical lenses deliver 120 mW/cm2 irradiance at 6 inches for efficient treatment sessions.

Spectral Precision

Targeted Wavelengths

630nm Red Light

Optimized for dermal absorption, 630nm red light targets superficial cellular layers to support skin health and microcirculation. Delivers precise radiant dosages to the epidermis.

850nm Near-Infrared

Penetrates deeper tissues, reaching mitochondria for systemic cellular regeneration and recovery. Essential for deep tissue penetration and targeted irradiance.

EIRVEXA Core

The Physics of Light Dosage

Understanding the mathematical relation between irradiance power, distance, and cellular dosage is fundamental. EIRVEXA ensures uniform beam dispersion, eliminating hot spots for consistent joules per square centimeter across the treatment area.

Clinical Consensus

Verified Spectral Output

Clinical consensus emphasizes the importance of calibrated spectral output for effective photobiomodulation. Research indicates specific wavelengths and power densities are required to elicit therapeutic responses at the cellular level, ensuring predictable biological outcomes.

Many uncalibrated devices on the market deliver inconsistent or incorrect wavelengths, leading to unreliable results. EIRVEXA's precision engineering guarantees that every panel delivers the exact spectral signature required for targeted cellular cytochrome c oxidase absorption.