housands of children are diagnosed each year with facial fractures, cranial tumors, and congenital craniofacial syndromes that require surgical intervention with subsequent need for bony fixation. 1,2 Achieving adequate strength for maintaining the relative position of the craniofacial skeleton during osteogenesis while allowing subsequent cranial growth is paramount in pediatric patients, but precluded by traditional titanium plates. Resorbable plates have been able to fill this need and at the same time provide distinct advantages such as decreased thermal sensitivity, 3 less interference with radiation therapy, 4,5 minimal visibility on diagnostic radiography, 6,7 negligible transcranial migration or interosseous migration, [8][9][10][11] and lack of need for