Traditional surgical approaches for mandibular condyle fractures are often invasive and present several clinical challenges. These procedures typically require external incisions to access the fracture site, which can lead to visible facial scarring and aesthetic concerns for patients. Additionally, such invasive techniques increase the risk of complications, including facial nerve injury, infection, and postoperative swelling. Achieving precise alignment and fixation of the condylar fragments can also be difficult due to limited visibility and restricted access to the deep anatomical region of the temporomandibular joint. As a result, surgical outcomes may vary, and improper reduction can lead to long-term functional issues such as malocclusion, restricted jaw movement, or joint discomfort. Conventional fixation methods may not always restore the natural contour and symmetry of the mandible, affecting both function and facial aesthetics. These limitations highlight the urgent need for advanced, minimally invasive surgical solutions that enhance precision while reducing tissue trauma and scarring.