TIDES MEDICAL, LLC

electronic medical appliances for wound healing; artificial biomaterials for augmentation of bone, blood, and tissue for medical purposes; medical devices, namely, surgical devices that facilitate the identification, separation, or ablation of biological molecules and tissues; surgical implants and mesh made of synthetic materials for use in soft tissue repair or the reconstruction of soft tissue deficiencies; synthetic media for use in the augmentation of bone, blood, and tissue for medical purposes

human allograft tissue; biological tissue grafts; biological amniotic tissue for subsequent implantation

human allograft tissue; biological tissue grafts; biological amniotic tissue for subsequent implantation; "WOUND PRO"

human allograft tissue; biological tissue graft; biological amniotic tissue for subsequent implantation

Class 005: human allograft tissue; biological tissue grafts; biological amniotic tissue intended for subsequent implantation

Class 005: Human allograft tissue; biological tissue grafts; biological amniotic tissue intended for subsequent implantation

cleaning, disinfection, and drying of human biological membrane tissue intended for surgical implantation

Class 005: human allograft tissue; biological tissue grafts; biological amniotic tissue intended for subsequent implantation

Class 005: human allograft tissue; biological tissue grafts; biological amniotic tissue for subsequent implantation

human allograft tissue; biological tissue grafts; biological amniotic tissue intended for subsequent implantation

bone void fillers consisting of biological materials

Human allograft tissue

Class 005: Bone repair paste for use in orthopedic surgery

Class 010: Medical Apparatus, namely, orthopedic hip, knee and other joint implants; and related devices, namely, cemented, cementless, and hybrid hip and knee joint implants; metallic, ceramic, plastic, and composite joint implants; moving and rotational joint implants; and artificial joints

3D bioprinters; human allograft tissue; biological tissue grafts; 3D; Medical kits for the collection and processing of adipose tissue for skin regeneration via 3D bioprinting, comprised of adipose micronizers, which mechanically fragment harvested adipose tissue into micro-sized particles suitable for bioprinting applications, 3D Regen polycaprolactone (PCL), 3D-printed scaffolds, 3D Regen polycaprolactone (PCL); a PCL holder designed to facilitate the secure and efficient loading of PCL filament into a 3D printer, adhesive film used as a print bed surface to enhance bonding and structural stability of the extruded PCL scaffold during fabrication, and blank near field communication (NFC) tags used to enable secure transmission of printing data and to prevent improper medical use of the printed constructs.