用RP快速成型技术完成模板的制作。
Finally the surgical template were fabricated by RP machine.
介绍了快速成型技术及其在电铸中的应用。
Rapid prototyping technology and its application in electroforming are introduced.
简要介绍快速成型技术。
快速成型技术意味着房子可以被打印出来进行实体观摩。
Rapid prototyping technology means the huts could even be printed out and physically explored.
快速成型技术及设备；
基于快速成型技术的人耳赝复体的设计与制造。
Design and fabrication of auricular prostheses based on rapid prototype technology.
并且通过快速成型技术使设计过程得到最终验证。
Through rapid prototyping technology to verify the final design process.
快速成型技术采用离散-堆积的原理实现零件的成型。
Rapid shaping technique achieves parts prototyping on discrete-collecting principle.
快速成型技术是20世纪末兴起的一项先进制造技术。
Rapid prototyping(RP) is a advance manufacturing technology which rose in the end of 20th century.
证明快速成型技术在人工骨制造领域具有很好发展前景。
The development on fabricating artificial bone with rapid prototyping was suitably prospected.
目的：探讨快速成型技术在脊柱侧凸诊断和治疗中的作用。
AIM: to explore the role of rapid prototyping technology in diagnosis and treatment of scoliosis.
介绍了反求工程和快速成型技术在呼吸面罩设计中的应用。
The application of the reverse engineering and rapid prototyping technologies in the design of respiratory masks is introduced in this paper.
本文介绍了一种当今国内外最新制造技术—快速成型技术。
In this paper the rapid prototyping and manufacturing technology is introduced.
介绍了快速成型技术的原理及其在生物赝复体制作中的应用。
The principle of rapid prototyping technology and its application in organism prosthesis manufacturing are introduced in the text.
目的：建立快速成型技术在颌骨缺损畸形修复的动物数字模型。
Objective to establish an animal digital model with rapid prototyping technology rebuilding mandibular defect.
通过该模型，利用快速成型技术加工成功获得该支架的树脂模型。
Finally through image transformation technology, the model was fabricated by a rapid prototyping machine.
本文首先研究基于CT图像处理与快速成型技术的义耳赝复体修复工艺。
Firstly, the repair technics of auricular prostheses based on CT images processing and Rapid prototyping technology was studied.
熔融沉积快速成型技术是目前国内外应用最为广泛的快速成型技术之一。
Fused deposition modeling is one of the most widely used rapid prototyping technologies.
指出快速成型技术是降低卫生装备开发成本、缩短开发周期的有效手段。
RP technology proves effective to reduce the cost and time of the development of medical equipment.
本论文研究了化学芯片的快速成型技术，此技术主要分为硬件和软件两部分。
In the dissertation, the research is rapid prototyping technology of chemical chip. It mainly includes two parts, hardware and software.
对金属直接快速成型技术及其扫描策略加以分析，建立分区域穿梭扫描算法。
The metal directly rapid prototyping technology and its scan tactic were analyzed. The calculative method of shuttling region was built up.
目的探讨ANSYS程序和快速成型技术在下颌钛植入支架的设计与制作中的应用。
Objective Discuss the application of the design and fabrication of mandibular titanium framework based on ANSYS and rapid prototyping.
介绍了射流电铸快速成型技术的基本原理与设备系统组成，并进行了基础试验研究。
The theory and the system components of jet electroforming orientated by rapid prototyping are presented, and the fundamental experiments are achieved.
陶瓷零件快速成型技术是快速原型制造技术在陶瓷材料成型领域的重要应用方向之一。
Rapid prototyping manufacturing technics for ceramic parts is an important applied aspect of rapid prototyping manufacturing in ceramic molding field.
目的在运用快速成型技术制作的颌骨模型上作成个体化钛支架，以构筑颌骨三维形态。
Objective Depending on rapid prototyping technique, an individual titanium frame based on 3d solid model was using to reconstruct the jaw.
方法利用先进制造方法中的快速成型技术和微压印技术构建生物反应器和三维支架结构；
Method Build bio-reactor and three-dimensional structure of the stent making use of advanced manufacturing methods of rapid prototyping technology and micro-stamping technology.
目的了解反求工程和快速成型技术对单侧眼眶部缺损进行计算机辅助设计和制作的效果。
Objective By reverse engineering and rapid prototyping techniques to found a new design method of maxillofacial restoration.
结论利用ANSYS程序和快速成型技术，对下颌钛植入支架进行设计和制作是完全可行的。
Conclusion Design and fabrication of mandibular titanium framework based on ANSYS and rapid prototyping is feasible.
共植入21颗种植体，均利用快速成型技术加工出个体化种植模板，并应用于该种植手术中。
Individualized implant models were made by rapid prototyping for 21 implants in total and were applied in the surgery.
共植入21颗种植体，均利用快速成型技术加工出个体化种植模板，并应用于该种植手术中。
Individualized implant models were made by rapid prototyping for 21 implants in total and were applied in the surgery.
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