The result provides theoretical basis for the design of attachment-partial denture and clinical application.
这个分析结果可为附着体义齿的设计及临床应用提供理论依据。
Separate Removable Partial Denture is a kind of special design Removable Partial Denture.
分割式可摘局部义齿是一种特殊设计的可摘局部义齿。
Objective: to design and fabricate a new type of prosthesis, the collapsible maxillary complete denture with hinges, for improving the treatment of edentulous patients with microstomia.
目的：设计制作一种铰链折叠式上颌全口义齿，用以修复小口畸形患者的上颌牙列缺失。
Some analysis results and suggestion have been given to design and make the full denture reasonably.
为合理地设计与制作义齿提供了一些分析结果和有益的建议。
The tooth arrangement robot based on multi-manipulator is a full denture manufacturing system of computer aided design and robot aided operation.
基于多操作机的排牙机器人是一套计算机辅助设计、机器人辅助操作的全口义齿制作系统。
Objective To evaluate the clinical effect of the net and plate design of casting baseplate of postdam area in complete denture.
目的比较铸造上颌腭板基托后堤区两种不同设计的临床效果。
Design and clinical treatment of the collapsible complete denture for patients with microstomia.
折叠式上颌全口义齿修复方法设计的病例报道。
The clamp design directly is affecting the artificial denture solid position and is stable, at present my branch much uses the stainless steel wire curved system clamp.
卡环的设计直接影响着义齿的固位和稳定，目前我科多采用不锈钢丝弯制卡环。
Based on the computer aided design (CAD) digital base of complete denture model, a titanium base was made with the RS-850 laser rapid forming system, which processing parameters were suitable.
通过计算机辅助设计(CAD)的数字化基托模型，在自主研制的激光快速成形系统上，选取优化的激光快速成形工艺参数，制造了全口义齿钛基托。
The clinical observation and net shape design of casting baseplate of postdam area in maxillary complete denture;
目的比较铸造上颌腭板基托后堤区两种不同设计的临床效果。
To design an attachment-retained unilateral distal-extension removable partial denture with a stress-breaking structure and to analyze the stress conduction mode of it under the functional load.
设计具有应力中断结构的单侧游离端附着体义齿，研究其在功能载荷下的应力传导方式。
To design an attachment-retained unilateral distal-extension removable partial denture with a stress-breaking structure and to analyze the stress conduction mode of it under the functional load.
设计具有应力中断结构的单侧游离端附着体义齿，研究其在功能载荷下的应力传导方式。
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