Optical Coherence Tomography (OCT) is a non-invasive, high-resolution, real-time imaging technology widely used in ophthalmology, cardiovascular diagnostics, dermatology, and oncology. The performance of OCT systems relies heavily on the stability and precision of the interferometer and fiber-optic components. YESWEHAVE provides high-stability and low-insertion-loss fiber couplers/splitters with multiple coupling ratios, enabling precise distribution of optical power between the reference and sample arms to ensure optimal interference signal quality and consistent system performance; optical delay lines and scanning units for optical path adjustment and high-speed imaging, directly determining imaging depth and speed; and polarization control and PM fiber components to ensure polarization stability and reproducibility in biological tissue imaging.
Unlike many peers, YESWEHAVE manufactures these core components in-house with automated production lines, ensuring high consistency and reliability. More importantly, they can be further integrated into customizable OCT Modules, supporting both standard and custom interferometer structures such as Mach-Zehnder, Common-path, and Michelson, delivering flexible, high-performance solutions for biomedical research and medical device manufacturers.
