With advancements in maxillofacial imaging and technology, computer-assisted implant surgery has become widely adopted to ensure the precise placement of dental implants. Both static and dynamic computer-assisted techniques have proven effective in achieving high accuracy in conventional implant procedures. However, for complex cases such as maxillary defects and jawbone reconstruction, current digital devices and technologies often fall short of clinical requirements. While these cases can be simulated and planned digitally, accurately translating the preoperative plan into surgical execution remains challenging, as precise intraoperative guidance is difficult to achieve solely through software-based planning.

Therefore, it is essential to develop personalized digital planning protocols that adhere to the principles and workflows of digital implantology. This involves utilizing existing equipment and software to tailor digital strategies based on the specific characteristics of each case. Such personalized approaches are crucial to fulfilling diverse clinical treatment needs and achieving optimal therapeutic outcomes.