目前山東快速成型技術在熔模鑄造中的相關應用狀況，并對應用過程中產生的問題的綻開了探討。

At present, the application of rapid prototyping technology in investment casting in Shandong Province is related, and the problems arising from the application process are discussed.

快速成型技術自問世以來以其廣泛的應用領域和應用價值發展特別快速。該技術通過與鑄造、機械加工等制造手段相結合，已經成為模型和零件制造的有效方法，在航空、汽車、電子、軍事裝備、建筑模型等領域得到了廣泛應用。

Rapid prototyping technology has developed rapidly with its extensive application fields and application values since its inception. This technology has become an effective method for model and part manufacturing by combining with casting, machining and other manufacturing methods, and has been widely used in aviation, automobile, electronics, military equipment, building models and other fields.

快速成型技術是由三維轉化成二維(離散化)，再由二維累積到三維(材料積累)的工作過程。目前，快速成型較成熟的工藝方法有選擇性激光燒結(SLS)、光固化立體造型(SLA)、熔融沉積造型(FDM)以及分層實體制造(LOM)。

Rapid prototyping technology is a working process that transforms from 3D to 2D (discretization), and then accumulates from 2D to 3D (material accumulation). At present, the more mature process methods of rapid prototyping include selective laser sintering (SLS), light curing stereo modeling (SLA), melt deposition modeling (FDM) and layered solid manufacturing (LOM).

選擇性激光燒結技術成型過程與零件的復雜程度無關,是真正的自由成型。SLS幾乎可以成型任意幾何外形的零件，.對中空結構(hollowedareas)、槽中套槽(notcheswithinnotches)及懸臂結構(overhangs)等結構的零件成型特殊有效。還有為選擇性激光燒結技術生產的典型零件。

The forming process of selective laser sintering technology has nothing to do with the complexity of the parts, and it is a true free forming. SLS can form parts with almost any geometric shape. It is particularly effective for forming parts with hollow structures, notches with in notches, and overhung structures. There are also typical parts produced for SLS technology.

選擇性激光燒結通常采用塑料、金屬、陶瓷的粉末作為.成型材料。其工藝過程是:

The powder of plastics, metals and ceramics is usually used as the forming material in selective laser sintering. The process is as follows:

先在工作臺上鋪上一層粉末，在計算機掌握下用激光束有選擇地進行燒結(零件的空心部分不燒結，仍為粉末材料),被燒結部分則固化在一起構成零件的實心部分。一層完成后再進行下一層，新一層與其上一層牢牢地燒結在一起。全部燒結完成后，去除多余的粉末，便得到燒結成的零件。

First, lay a layer of powder on the workbench, and selectively sinter with the laser beam under the control of the computer (the hollow part of the part is not sintered, but is still a powder material). The sintered parts are solidified together to form a solid part of the part. After the completion of one layer, the next layer shall be carried out, and the new layer shall be firmly sintered with the previous layer. After all sintering is completed, the surplus powder is removed to obtain sintered parts.

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