The present disclosure is related to a photobiomodulation equipment through LED stratified quantum excitation a device that is used to stimulate living cells and tissues in the treatment of various diseases such as arthritis, lumbar pain, diabetic foot, presbycusis, muscle injuries etc. The operation of the present invention is based on the use of an exciter circuit of light-emitting diodes that is characterized because the same feeds the LEDs by voltage impacts, instead of conventional controlled current excitation, achieving a device capable of emitting light in different wavelengths with the penetration of a laser, but with a low cost, and with the wide lighting area provided by the LEDs: This excitation technology also allows the use of laser diodes instead of common LEDs, thereby improving efficiency and power emission. The equipment is complemented with an efficient cooling system and has the possibility of communicating with any computer equipment, having a modular structure comprising a head and a head managing module allowing the doctor or therapist to schedule a certain number of sessions or therapies in a certain head for the patient to self-administer the treatment at home when such treatment requires several days, avoiding the need for multiple visits to the doctor’s office.El equipo de fotobiomodulación mediante excitación cuántica estratificada de leds, es un equipo que se emplea para estimular las células y tejidos vivos en el tratamiento de diversos padecimientos tales como artritis, dolores lumbares, pie diabético, presbiacusia, lesiones musculares etc. Su operación está basada en el empleo de un circuito excitador de diodos emisores de luz que se distingue porque alimenta los leds mediante impactos de voltaje en vez de la convencional excitación mediante corriente controlada, lográndose de esta manera un equipo capaz de emitir luz en diferentes longitudes de onda con la penetración de un láser pero con el bajo costo con la amplia área de iluminaci
