Multipoint / multifiber laser probe (100), comprising: a first adapter (120), the first adapter being operative to connect with a second opposite adapter (110) on a laser source； a third adapter, the first adapter (120) being operative to connect with the third adapter (145)； a GRIN lens (125, 301) within the first adapter, the GRIN lens being configured to receive a laser beam from the laser source at a proximal end of the GRIN lens, and to forward the received laser beam to a distal end of the GRIN lens； a set of optical fibers (150, 320) having a proximal end (151) configured to receive the resent laser beam, the set of optical fibers (150) being within the third adapter (145), characterized in that the GRIN lens ( 125) is further configured and adapted to receive the laser beam at a first focused beam point from the laser source (105) and to forward the received laser beam through a second focused beam point (130) to a front of collimated wave, in which the set of optical fibers is positioned adjacent to the distal end of the GRIN lens such that each optical fiber in the assembly receives a portion of the collimated wavefront.Sonda láser multipunto/multifibra (100), que comprende: un primer adaptador (120), siendo el primer adaptador operativo para conectarse con un segundo adaptador opuesto (110) sobre una fuente de láser； un tercer adaptador, siendo el primer adaptador (120) operativo para conectarse con el tercer adaptador (145)； una lente GRIN (125, 301) dentro del primer adaptador, estando la lente GRIN configurada para recibir un haz láser de la fuente de láser en un extremo proximal de la lente GRIN, y para reenviar el haz láser recibido hacia un extremo distal de la lente GRIN； un conjunto de fibras ópticas (150, 320) que presenta un extremo proximal (151) configurado para recibir el haz láser reenviado, estando el conjunto de fibras ópticas (150) dentro del tercer adaptador (145), caracterizada por que la lente GRIN (125) está configurada y adaptada ade
