Remote Sensing and Biomedical Imaging

Deep Tissue Imaging



The optical imaging system with a 1310 nm test beam and unique detection with co

Time-gating is exceptionally well-suited for deep tissue imaging. By utilizing the tissue's second optical window, whose wavelength is 1310 nm, it can penetrate deep into biological tissues with minimal scattering, allowing researchers and medical professionals to visualize and study internal structures such as blood vessels, tumors, and organs. Time-gated detection improves image quality and reduces background noise, making it an invaluable tool for noninvasive diagnostics, medical research, and the development of new therapies.

Skin cancer and tumor diagnosis

The unique capabilities of the optical imaging system make it a promising tool for diagnosing skin cancer and tumors. Tissues have distinctive optical properties, and by leveraging the system's 1310 nm test beam and advanced algorithms, it is possible to accurately differentiate between healthy and abnormal tissue. This technology has the potential to revolutionize pathology by offering rapid, noninvasive diagnoses.

Skull Images

The optical imaging system's ability to penetrate opaque media is especially valuable for cranial imaging. It can provide detailed images of the skull's internal structures without the need for invasive procedures. Thanks to its sensitive detector, it is possible to visualize and study the brain, blood vessels, and other critical components within the skull. This noninvasive approach is especially beneficial for medical applications, such as brain injury monitoring, cerebral blood flow assessment, and neurosurgical planning—all without the need for surgery or radiation exposure.

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