Abstract：
OBJECTIVE: In oral rehabilitation, a full mouth minimal invasive treatment can represent a major challenge for the patient and the dentist. The purpose of this article is to present a new technique to restore eroded teeth and recover the vertical dimension with a simple and predictable technique.
METHODS: Occlusal tabletop restorations are a suitable conservative option to restore anatomy and vertical dimension augmentation but highly sensitive. The cementation of those restorations without stable landmarks, the cement excess removal, the insertion path, or the time needed are some of the difficulties can be faced. Now a days with the new CAD-CAM techniques is possible to develop a new occlusal tabletop manufacturing alternative utilizing 3D-printed technology by unifying the restorations with a customized connector that allows us to print several onlays at same time, as a single object, also being cemented at once.
CONCLUSIONS: This protocol reduces the technique sensitivity of a vertical dimension oral rehabilitation process, reduce the chair time, enhancing the patient-comfort and delivers a unique way to restore dental lost anatomy as a definitive or temporary way with printing materials.
CONCLUSIONS: With the advent of new CAD-CAM 3D printing materials, which are increasingly versatile and gaining favor among clinicians, it is now possible to address complex clinical situations with greater predictability. This technology enables the development of treatment solutions that are both effective and efficient, consequently reducing clinical time for the patient.
METHODS: Occlusal tabletop restorations are a suitable conservative option to restore anatomy and vertical dimension augmentation but highly sensitive. The cementation of those restorations without stable landmarks, the cement excess removal, the insertion path, or the time needed are some of the difficulties can be faced. Now a days with the new CAD-CAM techniques is possible to develop a new occlusal tabletop manufacturing alternative utilizing 3D-printed technology by unifying the restorations with a customized connector that allows us to print several onlays at same time, as a single object, also being cemented at once.
CONCLUSIONS: This protocol reduces the technique sensitivity of a vertical dimension oral rehabilitation process, reduce the chair time, enhancing the patient-comfort and delivers a unique way to restore dental lost anatomy as a definitive or temporary way with printing materials.
CONCLUSIONS: With the advent of new CAD-CAM 3D printing materials, which are increasingly versatile and gaining favor among clinicians, it is now possible to address complex clinical situations with greater predictability. This technology enables the development of treatment solutions that are both effective and efficient, consequently reducing clinical time for the patient.
摘要：
目的：在口腔康复中，全口微创治疗对患者和牙医来说是一个重大挑战。本文的目的是提出一种新技术，以一种简单且可预测的技术来恢复侵蚀的牙齿并恢复垂直尺寸。
方法：咬合桌面修复是恢复解剖结构和垂直尺寸增加的合适保守选择，但高度敏感。那些没有稳定地标的修复体的胶结，水泥过量去除，插入路径,或者需要的时间是可能面临的一些困难。现在有了新的CAD-CAM技术，可以通过将修复体与定制的连接器统一起来，利用3D打印技术开发新的咬合桌面制造替代方案，使我们能够同时打印多个嵌体，作为一个单一的对象，也被一次粘合。
结论：该方案降低了垂直维度口腔康复过程的技术敏感性，减少椅子的时间，增强患者的舒适度，并提供一种独特的方式来恢复牙齿丢失的解剖结构，作为打印材料的确定或临时方式。
结论：随着新的CAD-CAM3D打印材料的出现，越来越多才多艺，越来越受到临床医生的青睐，现在有可能以更大的可预测性解决复杂的临床情况.这项技术可以开发既有效又高效的治疗解决方案，因此减少了患者的临床时间。
方法：咬合桌面修复是恢复解剖结构和垂直尺寸增加的合适保守选择，但高度敏感。那些没有稳定地标的修复体的胶结，水泥过量去除，插入路径,或者需要的时间是可能面临的一些困难。现在有了新的CAD-CAM技术，可以通过将修复体与定制的连接器统一起来，利用3D打印技术开发新的咬合桌面制造替代方案，使我们能够同时打印多个嵌体，作为一个单一的对象，也被一次粘合。
结论：该方案降低了垂直维度口腔康复过程的技术敏感性，减少椅子的时间，增强患者的舒适度，并提供一种独特的方式来恢复牙齿丢失的解剖结构，作为打印材料的确定或临时方式。
结论：随着新的CAD-CAM3D打印材料的出现，越来越多才多艺，越来越受到临床医生的青睐，现在有可能以更大的可预测性解决复杂的临床情况.这项技术可以开发既有效又高效的治疗解决方案，因此减少了患者的临床时间。
