A PERSONALIZED APPROACH IN RECONSTRUCTIVE ORBITAL SURGERY USING VIRTUAL PLANNING SYSTEMS AND ADDITIVE TECHNOLOGIES

The article provides an in-depth analysis of diagnostic and treatment protocols for traumatic orbital floor fractures. The study integrates traditional ophthalmological assessments, multispiral computed tomography (MSCT), and advanced digital workflows involving Real Guide software and Creality 3D printing. By comparing traditional methods with a personalized digital approach, the author demonstrates significant improvements in surgical precision, a 30% reduction in operative time, and superior functional outcomes regarding diplopia and enophthalmos. The results substantiate the necessity of pre-surgical 3D modeling in modern maxillofacial traumatology.本文针对创伤性眶底骨折的诊疗方案展开深入剖析。本研究整合了传统眼科评估手段、多层螺旋计算机断层扫描（multispiral computed tomography, MSCT）以及包含Real Guide软件与Creality 3D打印的先进数字化工作流程。通过对比传统诊疗方法与个性化数字化方案，研究证实该数字化方案可显著提升手术精度、缩短30%的手术时长，并在复视与眼球内陷相关的术后功能预后方面取得更优效果。研究结果证实，术前三维建模在现代颌面创伤外科中具有必要性。