“…Their biocompatibility, how to certify it, and the processing requirements have been presented in the literature [ 45 ]. Medical grade resins have been employed in cadavers for pelvic tumor resection [ 46 ], for bone fixation in femoral fractures in orthopedics [ 47 ], in surgical instruments [ 48 ], in face anatomy for the fabrication of face masks [ 49 ], in health monitoring devices [ 50 ], in tracheal grafts [ 51 ], in implantable vaccines [ 52 ], in tissues [ 53 ], in bio-microfluidic devices [ 54 ], in oncological orthopedics [ 55 ], in medical inhalers [ 56 ], and in eye treatments [ 57 ]. Nanocomposites have been developed to enhance the mechanical performance of medical-grade resins [ 58 ] and to induce antibacterial properties [ 59 ].…”