Ophthalmoscopic apparatus (10) comprising a Frame (11) provided references for positioning at least one of the users Eyes in a position of a First Unit Optimum InspectionTica (12) fixed to said Frame (11) and oriented towards the position of Inspection a Second Optical Unit (13) connected to said Frame (11) and an optical Axis coincides with the optical AxisThe First Optical Unit (12), and defines a Main Optical AXIS (a) incident in Correspondence with the position of Inspection image Detection device (14) fixed to saidFrame (11) and the second Optical Unit (13),Where the second Optical Unit (13) includes at least one Field Lens along the optical AXIS (a) to focus the image of the fundus of the user in said Detection deviceThe images (14) - Support (15) fixed to said Frame (11) between the first Optical Unit (12) and the second Optical Unit (13),And that has an Operational part (b) permeable to Light Radiation which intersects with the main Optical AXIS (a) - illumination means (16) associated with said Support (15) to issueLight Radiation from Peripheral positions to the Operational part (b) towards that position InspectionTo irradiate the eye to be examined wherein the illumination means include LED Lighting COB (Chip On Board) which are mounted on Said Support (15) in position PErif\u00e9rica the Operational part (b) and circumferential position to the main Optical AXIS (a).Aparato oftalmoscópico (10) que consta de - un marco (11) provisto de referencias para el posicionamiento de al menos uno de los ojos del usuario en una posición de inspección - una primera unidad óptica (12) fijada a dicho marco (11) y orientada hacia dicha posición de inspección - una segunda unidad óptica (13) unida a dicho marco (11) y que presenta un eje óptico coincidente con el eje óptico de la primera unidad óptica (12) y que define un eje óptico principal (A) incidente en correspondencia con dicha posición de inspección - un dispositivo de detección de imágenes (14) fijado a dicho mar
