AB Scan

Glass Agencies presents the AB Scan, a highly specialized ophthalmic diagnostic instrument designed to provide accurate, detailed, and non-invasive measurement of ocular structures. This device combines A-scan biometry and B-scan ultrasonography in a single system, allowing clinicians, students, and researchers to obtain precise axial length measurements and cross-sectional images of the eye for comprehensive evaluation. The A-scan mode offers accurate assessment of axial length, lens thickness, anterior chamber depth, and vitreous chamber measurements, supporting essential calculations for intraocular lens (IOL) power determination before cataract surgery. The B-scan mode provides real-time, high-resolution imaging of the posterior segment, enabling visualization of the retina, choroid, vitreous, and optic nerve even when media opacities obstruct direct examination. This makes it valuable for diagnosing retinal detachments, tumors, vitreous hemorrhage, and other ocular pathologies. The AB Scan features an ergonomic design with a lightweight probe and a stable base unit, ensuring comfortable handling and smooth operation. A clear digital display allows users to view measurements and images instantly, while intuitive software supports image storage, analysis, and reporting for clinical documentation or educational demonstration. Glass Agencies thoroughly inspects each AB Scan system to ensure accurate calibration, consistent image quality, and reliable performance, making it suitable for hospitals, ophthalmic clinics, research laboratories, and training institutes. Maintenance is simple, with easily cleanable surfaces, replaceable probe covers, and straightforward calibration procedures that help maintain long-term accuracy and durability. In clinical and educational settings, the AB Scan enhances diagnostic capabilities, supports early detection of ocular diseases, and provides learners with hands-on understanding of ultrasonography techniques. By choosing the AB Scan from Glass Agencies, users gain a dependable, precise, and user-friendly diagnostic instrument that strengthens clinical decision-making, improves patient evaluation, and supports comprehensive ophthalmic training. Its robust construction, advanced imaging technology, and dual-mode functionality make it an essential tool for modern eye care, research, and education.