激光切割

  • 网络Laser Cutting;laser;Laser cut;cutting;LBC
激光切割激光切割
  1. 三次B样条曲线用于二维激光切割

    The Application of Third Order B Spline Interpolation to Two Dimensional Laser Cutting

  2. 带坡口的3D曲面数控激光切割轨迹建模及其运动求解

    Tool Path Modeling and Solving for NC Laser Cutting 3D Surface with Grooves

  3. 年,这个机构允许使用激光切割像牙龈这样的软组织

    In 1990 the agency allowed laser cuffing of soft tissue such as gums . 1990

  4. CO2激光切割PCR生物芯片储液池参数的研究

    Research of the Parameters of CO_2 Laser Cutting PCR Biochip Microchamber

  5. 中低功率CO2激光切割非金属板材

    Cutting of Nonmetallic Plates by Medium and Low Power Level CO_2 Lasers

  6. CO2激光切割、冲压技术及其应用

    Technology and application of CO_2 laser to cutting and punching

  7. CO2激光切割与气化在美容手术中的应用

    Application of CO2 laser excision and vaporization in cosmetic surgery

  8. 基于PC的激光切割数控系统的开发研究

    CNC system of laser cutting machine based on PMAC

  9. 紫外激光切割Si片的实验研究

    Experimental research on Si cutting by using UV excimer laser

  10. 基于WINDOWSCE的激光切割机开放式数控系统的研究

    The Research on Windows CE-based Open-architecture CNC System of Laser Cutting Machine

  11. CO2调Q脉冲激光切割陶瓷材料的试验研究

    Laser Cutting Ceramics with a Q-switched Pulse CO_2 Laser

  12. 提出了一种基于Delta并联机构的新型激光切割机床。

    A new laser cutting manipulator based on Delta parallel robot is proposed .

  13. 二维CNC激光切割的工程应用

    Eng in eer in g Applications of 2-D CND Laser Cutt in g

  14. 等离子熔积与激光切割复合直接制造CAM软件研究

    Study on the CAM Software of Plasma Deposition Directly Manufacturing Combined with Laser Cutting

  15. CO2激光切割金属材料的工艺参数与性能关系的研究

    Investigation in the Relationship between Cutting Technological Parameters and Properties for Cutting Metal Materials by CO_2 Laser

  16. Q开关Nd:YAG激光切割晶体后囊膜

    Q-switched Nd : YAG laser posterior capsulotomy

  17. 针对现有激光切割系统存在的问题,研制了利用C语言编写的激光切割自动编程系统。

    According to the existing problems in laser cutting system , the automatic laser cutting programming system has been developed by using C language .

  18. 激光切割加工中CAPP系统的设计与研究

    Design and Research of CAPP System of Laser Cutting

  19. 基于CCD的激光切割焦点位置控制系统的设计与实现

    Design and Implementation of Position Control System for Beam Focus during Laser Cutting Process Based on CCD

  20. CO2激光切割质量的视觉检测(Ⅲ)切割面粗糙度的同轴视觉检测

    Quality Monitoring for CO_2 Laser Cutting with Visual Sensing System (ⅲ) Coaxial Visual Detection of Surface Roughness for Laser Cutting

  21. 他们也可以尝试高科技工具,包括一台激光切割机及3D打印机,以及传统的购物工具。

    They can also try out high-tech tools including a laser cutter and a 3D printer , as well as traditional shop tools .

  22. Er,Cr:YSGG激光切割对牙体与充填物粘结力影响的研究

    The Effect of Er , Cr : YSGG Laser on the Shear Bond Strength of Tooth Surface

  23. Er,Cr:YSGG激光切割对牙根尖封闭效果影响的微渗漏研究

    Microleakage research on the effect of apical seal achieved after root resection with Er , Cr : YSGG laser

  24. 高效激光切割FMS

    High - effective Laser Cutting FMS

  25. 本文旨在深入研究高功率CO2激光切割、焊接三明治金刚石锯片的工艺问题及其机理。

    This thesis aims to deeply study the high power CO2 laser cutting and welding technology and mechanism for sandwich diamond saw blades .

  26. 在有限元软件Ansys环境下,建立了三维液晶显示玻璃基板激光切割热应力场的有限元分析模型。

    The three-dimensional finite element analytic model of thermal stress field in laser cutting of LCD substrate is established by using the Ansys software .

  27. 基于能量平衡方程,考虑高斯光束分布,建立了CO2激光切割高吸收率非金属材料的解析模型。

    A theoretical model of CO2 laser cutting non-metal materials is built up based on energy balance equation in view of gauss beam distribution .

  28. 像3D打印机、数控镂铣机和激光切割机等工业设备原先只有高端的设计团队才能使用得到,而现在它们已经变成了消费性产品。

    Industrial tools , such as 3-D printers , CNC routers , and laser cutters , which were previously only available to high-end design teams , are becoming consumer products .

  29. 研究了激光切割对CVD金刚石膜三点弯曲断裂强度和热导率的影响。

    The effect of laser cutting to CVD diamond films on thermal conductivity and three point bending strength is studied .

  30. 设计了共锥度测量的两种技术方法:一是激光切割直升机旋翼共锥度固定测试台测量法,二是采用CCD成像技术方案完成旋翼共锥度的测量的方法。

    Two methods were designed for measuring pyramidal angle , one is the laser incision for the fixed flat root , the other is CCD imaging .