激光切割技术，产品精度高。
Laser cutting technique assure the high precision of products 'dimension.
本文研究了一种用于去除封装材料的数控精密激光切割技术。
The paper puts forward a kin of numerical controlled laser cutting technique applied to wipe off encapsulation of chip.
三维激光切割技术与装备代表了激光切割技术研究和应用的最高水平。
Three-dimensional laser cutting technology and equipment represents the highest level of laser cutting technology research and application.
激光切割技术在五金和钣金、广告、工艺及灯饰行业，可大部分代替冲床和线切割。
Laser cutting technology can partly replace a punching machine or line cutting in the field of hardware, tubular product and lighting industry.
混合高科技，激光，热切割，挑孔技术创出新刺绣概念。
Mixed techniques of laser, thermo cutting & broderie work create novelty embroideries with a pseudo fragility.
激光捕获显微切割术（LCM）是近年来发展起来的一种新技术。
Laser capture microdissection(LCM) is a novel technique developed in recent years.
钢网制作技术包括化学腐蚀，激光切割和电铸。
Stencil manufacturing techniques include chemical etching laser cutting and electroforming.
采用该技术，从断裂基理和实验验证两方面对激光切割液晶显示玻璃基片进行了一定的研究。
By using this method, the technique of laser cut - ring LCD glass substrates is studied both in fracture mechanism and experiment.
在应用LOM技术的快速原型 （RP）系统中 ，运动控制卡广泛用于轮廓控制 ，驱动刀具 （激光 ）实现工件轮廓的切割。
In rapid prototyping (RP) system using LOM technology, the motion_controlling card is widely used in contour control, driving tool ( laser) for cutting workpiece contour.
提出了一种用神经网络技术构造激光切割加工工艺参数模型和建立加工参数自动选取系统的方法。
This thesis put forward a method to build the laser cutting parameters model and set up the automatic select parameters system with artificial neural networks technology.
论述了利用计算机视觉和图像处理技术实现激光切割机自动寻边切割的基本原理和实现方法。
The essential principle and the implement method of automatic tracing-edge of laser-cutting based on computer view and image pressing technology are introduced.
我是一个悬臂切割机使用铁水晶铷雅铬激光光学系统技术。
I am a Cantilever Cutting Machine using the well proven YAG crystal laser optical system technology.
激光切割整体折弯技术，采用高精度激光切割，使门缝间隙更小，更安全。
Laser cutting integrated bending technique adopts high precision laser cutting technique to make the smaller and safety crack.
激光切割作为一种先进的制造技术，因其具有高速度、高精度、柔性切割、异型加工、快速成形等特点而在制造行业得到广泛应用。
As an advanced method of fabrication, the laser cutting process has been widely used in manufacturing, for such merits as high cutting speed, high degree of accuracy, flexibility and shaping quickly.
叙述激光切割机使用维护的正确方法，降低使用成本，充分高效地应用这一先进的加工技术。
The right way to maintenance for laser machine is described. How to reduce the application cost, and how to apply this advanced technology in manufacture is introduced.
对于激光切割点移动轨迹的多点自动纠偏技术也作了介绍。
Meanwhile, the multidrop automatic rectification of the track of the laser cutting point is also commented.
本文对激光清洗技术的工艺及机理进行了研究，并将其应用到激光切割的过程之中，对不同的非洁净表面清除效果均很好。
In this paper, we had studied the arts and crafts and mechanism of the laser cleaning, and made better purpose in laser cutting of different non-cleaned material using it.
本文对激光加工技术在聚晶金刚石材料上打孔和切割进行了探讨。
This paper presents a primary investingation on machining polycrystalline diamond by laser beam.
混合高科技，激光，热切割，挑孔技术创出新刺绣概念，定位和表面装饰是大潮流方向。
Mixed techniques of laser, thermo cutting & broderie work create novelty embroideries with a pseudo fragility. Placements & incrustations are a big trend.
本文提出了一种全新的快速成型方法-激光内切割技术。
In this paper, a new RP method laser inner cutting is introduced.
激光焦点位置的检测与控制是激光切割系统中的关键技术之一。
Detection and control of the laser beam focus position is one of the key technologies to ensure laser beam cutting processing quality.
激光切割是一项重要的激光加工应用技术，其中非金属材料的激光加工也已成了研究热点。
Laser cutting is one of the most important application technologies in laser machining industry, and the laser processing of non-metallic materials has become the study object of many scholars.
因此优化切割(扫描)路径对提高成型效率有重要意义，而分层实体制造技术中激光切割路径优化的实质是空行程路径的优化。
So it is most important to optimize the cutting path in order to improve the manufacturing efficiency. In LOM technology, laser cutting path optimization is in fact vacancy course path optimization.
本报告将介绍ABB高端机器人激光生产技术——包括激光焊接、激光切割及激光跟踪等的特点，及其在不同工业领域的应用。
This speech introduces the advantages of ABB's advanced robot laser technologies-robot laser welding, laser cutting and laser tracking, along with their realization in several industrial areas.
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. The work theory and precision were analysed.
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. The work theory and precision were analysed.
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