irtual surgical planning and three-dimensional analysis are powerful tools in craniofacial surgery. Initial analysis provides a unique three-dimensional view of the anatomy, to help understand the preoperative dysmorphology. Virtual surgical planning also involves a digital "run-through" of the skeletal movements, allowing surgeons to spend time optimizing the treatment strategy preoperatively. The exact manner in which virtual surgical planning is used depends on the procedure type and goals of surgery. [1][2][3] Computer-aided design and manufacturing (CAD/CAM) technology may be used with virtual surgical planning to fabricate cutting and positioning guides, splints, custom implants, and precontoured plates, thereby allowing the digital plan to directly guide intraoperative execution. 4,5 These stereolithographic constructs can be temporary