快速原形制造技术与陶瓷型精密铸造相结合是目前金属模具快速制造的有效方法。
Combining rapid Prototyping with Manufacturing Technology for Ceramic Mould in Investment Casting is an effective method for rapidly making metal die.
将快速原型制造与转移涂料精密铸造结合，对复杂曲面金属模具的快速制作方法进行了探索。
Combining rapid prototyping with transferred coating precision casting, a rapidly manufacturing method for complicated curved metal die was developed.
本文对电弧喷涂快速制模技术进行了系统的研究，发现喷涂金属壳和背衬材料的性能优劣直接影响到整个模具的使用寿命。
Investigating Arc-spraying Rapid Tooling by the Numbers, we find that performance of spraying metal shell and the backup material influences the employ life of Arc spraying die.
讨论了快速原型到金属模具的转换技术。
This paper is focused on the technique of converting rapid prototyping to metal dies.
该技术与快速制模技术相结合，可制造能生产上千件金属薄板成形件的模具。
Combining that technology with Rapid Tooling, it can make the die which enable produce thousands sheet metal parts.
介绍了基于快速成型技术的快速铸造金属模具的工艺流程和影响模具尺寸精度的主要误差因素。
The process flow of rapid casting technology based on RP for metal molds and main error factors influencing mold's dimensional precision were introduced.
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.
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.
快速成型工艺结合精密铸造技术是快速制造金属模具的主要途径。
The RP technology combining with precision casting is a major way to rapidly manufacture metal mould.
研究了基于快速原型和金属电弧喷涂(RP -ams)法快速制造金属模具过程中的精度问题。
The accuracy of a rapid manufacturing process for sheet metal stamping with RP and AMS (Arc metal Spray) is presented.
研究了基于快速原型和金属电弧喷涂(RP -ams)法快速制造金属模具过程中的精度问题。
The accuracy of a rapid manufacturing process for sheet metal stamping with RP and AMS (Arc metal Spray) is presented.
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