Laser-Carving 激光雕刻
Laser carving pictures 镭雕品图片
-d laser carving 激光三维雕刻
3D laser carving 激光三维雕刻
rapid laser carving 激光雕刻加工
laser carving system 激光内雕系统
laser carving machine 激光雕刻机
Laser carving workshop 激光雕刻工作室
Laser carving technology is an applied technique developed in the 1980’s. But its application range has widely expanded combined with CAD, computer graphic, industrial automation, information technology etc.
激光雕刻技术是20世纪80年代兴起的一门崭新的工业加工技术。 由于计算机辅助设计、计算机图形学、工业自动化、信息技术等学科在激光加工领域的交叉渗透，大大扩展了激光雕刻的应用范围。
参考来源 - 快速图像激光雕刻加工系统的开发与实现The methods of the processing image in the laser carving system controlled by microcomputer are researched in this paper. We have analyzed the original characters of the system and bring forth some processing image methods which fit to laser carving.
本文研究微机控制激光雕刻系统中的图像处理方法，分析了激光雕刻系统的固有特点，提出了适合于激光雕刻的几个图像处理方法，这些方法已应用于实际雕刻控制，效果十分理想。
参考来源 - 微机控制激光雕刻图像的方法研究 in C·2,447,543篇论文数据，部分数据来源于NoteExpress
Due to a series of merit on laser technology, the practical foreground of the laser carving used on industrial manufacture is very wide.
由于激光本身的一系列优点，该技术在工业生产中具有十分广阔的应用前景。
This paper proposes a laser carving mathematics model. In addition, a fast laser-carving algorithm is given and it is proved to be excellent in practice.
建立了一种激光雕刻的数学模型，在此基础上，提出了一种快速激光雕刻方法算法。该算法经过实践检验，具有良好效果。
This paper proposes a mathematic model for laser carving. In addition, a fast laser-carving algorithm is given and it is proved to be excellent in practice.
建立了一种激光雕刻的数学模型，在此基础上，提出了一种快速激光雕刻算法。该算法经过实践检验，具有良好效果。
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