A device (100) for ophthalmic radiation, the device comprising: - a radiation interface (102) adapted to at least one of the radiation emitted and captured in an optical path (124) that can be directed towards an eye (10)； - an optical branch coupler (104) adapted to couple the radiation emitted from a plurality of optical branches (118, 120； 118, 120, 122； 118, 120, 122, 123； 118, 119, 120, 122, 123) to the optical path (124) and to couple the captured radiation that comes from the optical path (124) to the optical branches (118, 120, 122), in which the captured radiation is spectrally divided into the optical branches and each of the optical branches have a different spectral range； and - a plurality of ophthalmic units (106, 108, 110, 112), each of which is arranged to engage one or more of the optical branches (118, 120, 122), in which one or more of the ophthalmic units are adapted to insert an emitted radiation to their optic branch for ophthalmic treatment, in which the ophthalmic units include a wavefront unit (110), whose emitted radiation induces a secondary radiation that comes from the eye (10), in which one of the ophthalmic units is an Optical Coherence Tomography unit (112), OCT, adapted to perform an OCT measurement, in which the OCT unit (112) and the wavefront unit (110) share a broadband light source (146), the wavefront unit (110) being further adapted to selectively apply a narrow band filter (148) to the broadband light source (146), and in which the operation of at least one of the ophthalmic units includes the An analysis of the captured radiation.Un dispositivo (100) para radiación oftálmica, comprendiendo el dispositivo: - una interfaz (102) de radiación adaptada al menos a una de las radiación emitida y capturada en un trayecto óptico (124) que se puede dirigir hacia un ojo (10)； - un acoplador (104) de ramas ópticas adaptado para acoplar la radiación emitida desde una pluralidad de ramas ópticas (118, 120； 118, 120, 122； 118, 120, 122, 12
