目前快速成型技术主要多用于工业，而国内部分企业也已经开始跟进这样的技术，提供的快速成型服务，各企业通过为各行业提供高质量的快速成型技术，国内快速成型行业的发展。然而快速成型作为一种正在成熟的制造技术，已经成功的实现了快速原型制造，正向快速制造方向迅速发展。

　　At present, rapid prototyping technology is mainly used in industry, and some domestic enterprises have begun to follow up such advanced technology, to provide professional rapid prototyping services, the enterprises through providing high-quality rapid prototyping technology for all industries, leading the development of rapid prototyping industry in China. However, rapid prototyping, as a mature advanced manufacturing technology, has successfully realized rapid prototyping manufacturing and is developing rapidly in the direction of rapid manufacturing.

　　目前采用快速成型制造技术的快速模具制造相对来说是非常有利益的。自从技术问世以来，已经在发达的制造业中得到了广泛应用，并由此产生一个新兴的技术领域。快速成型技术的优点体现在它可以在没有准备任何工装卡具、模具和刀具的前提下，根据所给零件的形状，快速、直接地接受产品设计的数据，迅速制造出新产品的样件、模具或模型，实现了立体零件的单件生产。

　　At present, rapid mold manufacturing using rapid prototyping manufacturing technology is relatively very profitable. Since the advent of technology, it has been widely used in the manufacturing industry of developed countries, and a new field of technology has emerged. The advantages of rapid prototyping technology are reflected in that it can not prepare any fixture, mold and tool, according to the shape of the parts, quickly and directly accept the data of product design, quickly create new product samples, molds or models, to achieve the single production of three-dimensional parts.

　　山东快速成型技术可迅速制造出自由曲面和更为复杂形态的零件，如零件中的凹槽、凸肩和空心部分等 零件的复杂程度和生产批量与制造成本基本无关 大大降低了新产品的开发成本和开发周期 。

　　Shandong rapid prototyping technology can quickly produce free-form surfaces and more complex forms of parts, such as grooves, shoulders and hollow parts in the parts of the complex degree and production batch and manufacturing cost is basically unrelated to greatly reduce the development cost and development cycle of new products.

　　快速成型在模具制造传统的模具生产时间长，成本高。将快速成型技术与传统的模具制造技术相结合，可以大大缩短模具制造的开发周期，提高生产率，是解决模具设计与制造薄弱环节的有效途径。快速成形技术在模具制造方面的应用可分为直接制模和间接制模两种，直接制模是指采用RP技术直接堆积制造出模具，间接制模是先制出快速成型零件，再由零件复制得到所需要的模具。

　　Rapid prototyping in mold manufacturing traditional mold production time is long, high cost. The combination of rapid prototyping technology and traditional mold manufacturing technology can greatly shorten the development cycle of mold manufacturing, improve productivity, and is an effective way to solve the weak link of mold design and manufacturing. The application of rapid prototyping technology in mold manufacturing can be divided into direct mold making and indirect mold making. Direct mold making refers to the use of RP technology to directly accumulate mold, and indirect mold making is to first produce rapid prototyping parts, and then copy the required mold from the parts.

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