人工活性骨制造是快速成形技术在医学领域里的重要应用之一。
The artificial activated bone manufacture is an important application of rapid prototyping technology in the bio-medical field.
快速成型技术广泛应用于工业制造、汽车、建筑模型、医疗器具、人体器官模型、考古等领域。
RP technology is widely used in many fields such as industrial manufacture, automobile, architecture modeling, medical apparatus, human organ modeling and archaeology.
可在计算机中快速建立面向船舶分段的全数字数据产品模型数据库，并可将数据应用与后续的设计和制造。
It can quickly establish modeling database of whole digit data model products oriented to compartment in the computer and the data can be applied in subsequent design and manufacture.
反求工程是一种应用非常广泛的新兴技术，在快速成形制造中具有重要作用。
As a new developing technology used widely, reverse engineering has played an important role in rapid prototyping manufacturing.
成功制备了适用于激光快速成型这一先进制造技术的丙烯酸类光固化树脂，其应用获得了满意的结果。
Prepared successfully acrylates photocurable resin used for the advanced manufacturing technique-laser rapid prototyping, and it's application gained satisfied result.
激光切割作为一种先进的制造技术，因其具有高速度、高精度、柔性切割、异型加工、快速成形等特点而在制造行业得到广泛应用。
As an advanced method of fabrication, the laser cutting process has been widely used in manufacturing, for such merits as high cutting speed, high degree of accuracy, flexibility and shaping quickly.
在人工骨骼制造中，多种快速成形工艺得到了应用与实践。
Diversified Rapid Prototyping technology are applied and practiced in the production of artificial bones.
以变矩器叶轮叶片芯模具为实例 ，就逆工程技术在模具快速设计与制造方面的应用做了初步的探讨。
Taking the impeller vane core mould of a moment changer for example, its application to rapid design and manufacturing of moulds is studied.
为提高制造系统对市场和产品变化的快速适应能力，探求了制造系统可重组的理论、方法及其应用技术。
To improve rapidly the adaptation of manufacturing system to the change in market and products, the theory, method and its application of reconfigurable manufacturing system are explored.
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.
预先制造系统的应用有几点优势：高质量，耐用性，并可快速建成。
Building with prefabricated systems offers different advantages: high quality, durability and fast construction.
快速成形（RP）工艺可实现个性化制造和可控的材料、结构组成，因此在组织工程中得到广泛应用。
Rapid prototyping(RP)processes are widely used in tissue engineering. Customized manufacturing and high controllability of scaffold materials and structures can be achieved by RP processes.
最后还论述了如何结合快速模具及精密铸造技术小批量制造引信零件应用于引信研制阶段的实验室试验及实弹试验中。
At last we discussed how to combine the rapid tooling and precision foundry to produce batch of samples, we can apply these samples in the fuze system and ball cartridge experimentation.
为了使电机生产线能快速响应产品的批量变化和品种变化，将可重组制造技术应用于电机生产线。
Reconfigurable manufacturing technology is applied to the motor production line, because the motor line can respond to the changes of the batch production and variety of product.
介绍了在快速原型制造基础上的快速制模技术方面的一些新的研究和应用成果，并指出了制模技术的最新发展趋势。
This paper introduced some new achievements of research and application on rapid molding technology based on rapid prototyping technology, and the latest development trends of molding technology.
综述快速制造技术如虚拟原型制造技术、快速原型制造技术及快速模具制造技术在模具制造中的应用。
The applications of rapid manufacturing technologies such as virtual rapid prototype manufacturing, rapid prototype manufacturing and rapid tooling manufacturing in mould making are summarized.
应用快速成型制造技术进行样件的制备和功能试验，完成了滴管设计的快速验证和修改；
Prototypes are built up using RP technique to complete rapid verification and the modification of the dropper design.
它作为一种新的产品设计思想和方法越来越广泛地应用于快速成型制造领域，并取得了很多成果。
As a new thought and method of product's designing, it is used more and more widely in the field of RP manufacturing and has made a great success.
快速金属模具制造是一种新的模具制造技术，它是将快速成形技术rpm应用到模具制造中的结果，受到工业界的高度重视。
Rapid metal die manufacturing, a new die making technology, resulted from the application of RPM to producing dies, has attracted much attention.
该数控系统已成功地应用于激光切割、焊接、表面处理、快速直接制造等多种激光加工。
This developed laser processing system has been successfully applied in laser cutting, laser welding, laser surface modification and laser direct manufacturing.
熔融沉积制造技术(FDM)在零件原型快速制造上已获得成功的应用。
Fused Deposition Modeling (FDM) has successfully been applied in rapid fabrication of prototype.
相对于其他快速原型技术而言，SLS由于制造速度快、用材广泛和后处理工艺相对简单而备受关注，并且应用领域日益拓宽。
Compared with the other RP process, SLS has attracted extensive attention due to its fast building speed, wide range of materials, simple post-treatment et al.
本文通过针对快速成型技术在模具制造行业中的需求应用，并做出一些分析。
In this paper, for the rapid prototyping technology in the mold making industry demand applications, and make some analysis.
提出一种将常规数控加工技术与精密材料成形技术结合应用于快速模具制造的新工艺。
A new process for rapid tooling integrating numerical control with modern precision forming was presented.
快速成形技术由于具有快速性和高度柔性的优点，在骨支架制造方面有广泛的应用前景。
Rapid prototyping has an advantage in its higher speed and flexibility, so it promises to be used widely to fabricate scaffolds.
主要论述了使用水平钢化工艺方法对玻璃加热的加热原理，提出了快速加热玻璃温度的方法应用，为生产平、弯水平钢化炉的设备制造提供了理论依据。
The pioneer application of Innoceram ceramics to glass horizontal thermal toughening furnace was presented and comparison between Innoceram and other materials was made in this article.
它作为一种新的产品设计思想和方法越来越广泛地应用于快速成型制造领域，并取得了很多成果。
It as a new product design ideas and methods widely used in the field of rapid prototyping, and achieved many results.
通过具体的工程实例，验证了本文提出的快速模具制造工艺方法的可行性和可靠性，为金属电弧喷涂模具的推广应用提供了可靠的技术支持。
Feasibility and reliability of metal arc spray molding have been verified through several engineering examples, and the results will be useful for the future in-depth research on die fabrication.
论述了快速原型技术的最新进展及其在快速模具中的应用，快速原型技术已经广泛应用于模具制造。
The state-of-the-art in RP&M and its applications to rapid tooling are described in this paper. RP&M technology has been widely used in die and mold manufacturing.
论述了快速原型技术的最新进展及其在快速模具中的应用，快速原型技术已经广泛应用于模具制造。
The state-of-the-art in RP&M and its applications to rapid tooling are described in this paper. RP&M technology has been widely used in die and mold manufacturing.
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