Segmenting the camera onto a third pivoting arm resolves integration complexity while preserving original microscope functionality.
A reflective ophthalmologic apparatus synthesizes optical paths using a dichroic mirror and elliptical mirror to scan eye fundus tissue.
A microlens array projects elemental images onto a photosensor to resolve bulky mechanical alignment constraints in ophthalmic imaging.
Controller switches between retinal camera and OCT imaging modes based on detected pupil diameter to maintain image quality.
A fundus camera adjusts its focusing lens along the optical axis to maintain a constant angle of view across different diopter powers.