Consumer Electronics

Overview

Due to the penetration capability and spectral specificity of the near-infrared band, light in this wavelength range can effectively penetrate superficial biological tissues. It is selectively absorbed or reflected by substances such as water, hemoglobin, and lipids, thereby capturing information that is difficult to obtain in the visible light spectrum. This enables non-invasive revelation of deeper biological insights.

Non-Invasive Detection

Near-infrared imaging enables non-invasive tissue analysis, vascular visualization, and the identification of specific biomarkers. By capturing and revealing images of deep-seated tissues, it supports a wide range of biomedical research and clinical applications.

Biometric Recognition

Near-infrared imaging can be used to develop more advanced biometric recognition systems, as it provides more stable and reliable images under diverse lighting conditions, thereby enhancing the system’s adaptability and accuracy across different environments.