Ophthalmic system and method for clinical device using transcleral illumination with multiple points source

An ophthalmic illumination and imaging system with transscleral/transpalpebral illumination of the eye fundus, the system comprising:

• a light-delivering device with a plurality of emitting areas;
• each of the emitting areas being configured to be independently controllable and directed towards the sclera of the intended eye to measure, providing transscleral oblique illumination of the eye fundus;
• an active eye aberration correcting system;
• and
• wherein the system further comprises an imaging system configured to create multiple images of the eye fundus on multiple imaging sensors, said multiple sensor comprising a first retinal camera imaging the retina of the intended eye to measure with high resolution and a second retinal camera imaging said retina over a field of at least about 30°, wherein
• the system further comprises:
• an active tracking system configured to track a movement of the eye fundus and configured to spatially stabilize at least one of the multiple eye fundus, wherein a measure of the movement of the eye is made using at least one of the multiple eye fundus images, wherein the correction of the eye movement is made using a 2-axis tip/tilt platform supporting the full wavefront corrector with an external rotation stage, or wherein the correction of the eye movement is made using a 2-axis tip/tilt platform supporting a mirror which does not include the wavefront corrector.