The Nucleoreticular Multicellular Ocular Implant Duo-system consists of a spherical structure with calculated axial length and variable depending on requires of the ocular orbital cavity. It comprises a mesh of cells with alternative designs that in turn forms the MMM System, thus facilitating suture in any technique, either in cases of evisceration or enucleation. The multicellular structural design favors its placement and decreases the risk of migration, extrusion, exposure, and extraction. Also, it possesses structural cavities, which provides a higher percentage of the volume for its vascularization, and houses a Fibro-vascular Reticular Core System with a structure based on a plurality of levels equipped with micro-reticular tissue and an intra-level communication based on filaments. Said core system possesses the capacity to house medicines and/or technology due to its duo-system with threaded pieces, thus allowing its manufacture in different structural designs and biocompatib le materials. The C100 model is formed by polylactic acid (PLA) an ideal material for implants, consisting of 100 oval cells and by being a lightweight ocular implant, it avoids the depression by settling or gravity and is producible at any extent.El Implante Ocular Duosistema Multiceldas Nucleoreticular, consiste en una estructura esférica con longitud axial calculada y variable dependiendo de las necesidades que requiera la cavidad orbital ocular, compuesta de una malla de celdas con diseños alternativos que a su vez compone el Sistema M.M.M, en el que se facilita la sutura en cualquier técnica, ya sea en casos de evisceración o enucleación. Gracias a su diseño estructural multiceldas, favorece su colocación y disminuye el riesgo de migración, extrusión, exposición y extracción. Al ser una estructura con oquedades estructurales, brinda un mayor porcentaje del volumen para su vascularización, asimismo alberga en su interior un Sistema Núcleo Reticular Fibrovascular, el cual cuenta con
