So digitized manufacturing technology must be widely used in Die & Mould industry in order to shorten the manufacturing cycle.
模具工业必须广泛应用数字化制造技术以缩短模具的生产工期。
The key technology about surface digitizing and reconstruction in the mold tooling digitized manufacturing based on the reverse engineering as well as the basic theory is analyzed.
介绍了以反求工程为技术支撑的复杂曲面模具数控加工的基本原理和实现过程关键技术—样件表面数字化技术和曲面重构技术。
The functions of digitized method in reforming conventional casting techniques, especially the meaning and advantages of rapidly digitized manufacturing of metallic components, were expounded.
叙述了数字化技术在改造传统铸造工艺中的作用，详细论述了金属零件数字化铸造技术的内涵及其优势。
To the problem of automatic finishing and polishing and processing of mould surface in mould manufacturing, a digitized magnetic abrasive finishing and polishing technology are introduced.
针对模具制造过程中模具表面的自动化研抛光整加工的问题，介绍了一种数字化磁力研抛技术。
Cylindrical CAM machined by digitized generation technology is successful in practical test, which reduces the heavy workload, improves the cylindrical CAM's manufacturing and working precision.
运用数字化创成技术加工的圆柱凸轮，经实践检验，是成功的，减少了当前圆柱凸轮加工中的人为干预和繁重工作量，提高了圆柱凸轮的加工精度和工作精度。
A new reverse engineering system of product profiles was presented, it included the digitized scanning system for product profiles based on liquid, CAD system, mold design and manufacturing system.
提出了一个新型的产品轮廓反求的逆向工程系统，其中轮廓数字化扫描方法以液体作为测量介质，液体的液面与产品之间形成的交线即为要测量的产品的截面线。
A new reverse engineering system of product profiles was presented, it included the digitized scanning system for product profiles based on liquid, CAD system, mold design and manufacturing system.
提出了一个新型的产品轮廓反求的逆向工程系统，其中轮廓数字化扫描方法以液体作为测量介质，液体的液面与产品之间形成的交线即为要测量的产品的截面线。
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