数控机床(英语)
数控机床介绍

一、简介数控机床,简称NC(Numerical Control )机床,它是综合应用了计算机技术、自动控制、传感技术、精密测量和机床设计等先进技术而发展起来的一种新型机床,是集机械、电气、液压、气动、微电子等多项技术为一体的机电一体化产品,是机械制造设备中具有高精度、高效率、高自动化和高柔性化等优点的工作母机。
数控机床一般由机、电两部分构成,其中电气电子部分主要是由数控系统(CNC)、进给伺服驱动和主轴进给驱动系统组成。
主轴是机床构成中一个重要的部分,对于提高加工效率,扩大加工材料范围,提升加工质量都有着很重要的作用。
传统的普通机床大多数是不能自动变速的,需要变速时,只能把机床停止,然后手动变速。
而数控机床的主传动系统大多采用无级变速。
目前,无级变速系统主要有变频主轴系统和伺服主轴系统两种,一般采用直流或交流主轴电机。
通过带传动带动主轴旋转,或通过带传动和主轴箱内的减速齿轮(以获得更大的转矩)带动主轴旋转。
由于主轴电机调速范围广,又可无级调速,使得主轴箱的结构大为简化。
目前由于变频器的高性价比,所以变频器在经济型数控机床和普通机床的数控化改造中使用非常普遍。
二、产品特点Allen-Bradley品牌的PowerFlex 4交流变频器在其紧凑的、节省空间的设计中为用户提供了功能强大的电动机速度控制它是PowerFlex变频器系列中尺寸最小、最经济有效的一个成员。
该变频器可以提供的额定功率和电压等级分别为0.2-3.7 kW(0.25-5 hp)和120V、240V、480V,它是为满足全OEM和最终用户对于灵活性、节省空间和使用方便的要求而设计的。
PowerFlex 4是机械工具如机床行业的主轴传动应用场合进行速度控制的经济有效的选择。
1.属于紧凑迷你型产品,体积小,零间隙,节省安装时间和空间。
2.安装方便,灵活的防护外壳和安装选项,可直接卡装于DIN导轨。
3.无传感器矢量控制性能符合各种类型应用场合的需求,特别是在低速转矩上满足机床主轴的需求,5HZ时起动转矩能够达到150%以上。
【机械英文】来看,常见机床相关英文!

【机械英文】来看,常见机床相关英文!
C(Computer Numerical Control) machine 数控机床
例如:
One of the advantage of a CNC machine is that it improves automation.
数控机床的其中一大优势便是提高自动化程度。
2.machine tools 机床
例如:
As you know, we supply all kinds and sizes of machine tools around the world.
您知道,我们在全球范围内供应各种类型和尺码的机床。
3.serve drive system 伺服驱动系统
例如:
Typically,a CNC machine mainly consists of CNC device,serve drive system,machine,and the like.
一般而言,数控机床由数控装置、伺服驱动系统以及机床本体等部分组成。
4.bending machine 弯曲机
例如:
Before you use the bending machine,you need to check it according to the Level 1 maintenance requirements.
在使用弯曲机之前,你需要根据一级维护要求,对弯曲机进行点检。
5.spindle orientation failure 主轴定向失败
例如:
How to deal with the warning of spindle orientation failure?
如何处理主轴定位失败报警问题?。
模具专业英语Unit 3 What Is an NC Machine Tool

construction [kən’strʌkʃən] n. 结构 rigid [‘ridʒid] adj. 坚硬的 demonstrate [‘demənstreit] v. 证明 successful [sək’sesful] adj. 成功的 operator [‘ɔpəreitə] n. 操作员 basic [‘beisik] n. 要素 manual [‘mænjuəl] n. 指南 capacity [kə’pæsiti] n. 性能 range [reindʒ] n. 范围 maximum [‘mæksiməm] adj. 最大量的
威廉:大家早上好。我是这里的数控部门的操作员。每个数控机床都 有两个组件:含有伺服电机的传统机床和机器控制单元。机器控制单 元式数控机床的“大脑”。好的,你们有什么疑问吗?
A successful operator
As an operator, it is important to know how your NC machine is constructed. Understanding your machine will help you greatly. Just as the race car driver needs to understand the basics of his car in order to get the best performance out of it, the NC operator must also understand the basic workings of his NC machine.
乔:这个机器跟那些传统机器不同。我想了解它的功能。
Lisa: Can I help you ?
丽莎:我可以帮你吗?
数控车床工作名词中英文转换

车床工作名词(英文)CNC:computer numerical control工作台:(机)operating platform. service stand直径:diameter. Dia. Conjugate diameter(共轭直径)工作件:work piece扭矩:torque刀架:(机)tool post, knife rest进给量:feed rate 指的是刀具在进给运动方向上相对于工件的位移量垂直:vertical滑枕行程:ram travel ram (机)活塞横梁:beam, crossgirder刀杆:toolbar, cutterbar截面: section, cross section车削:turning , turnery镗:bore铣:mill切槽:grooving, fluting直角铣头:right-angle cutter head or milling head冶金:metallurgy汽轮机:turbine, steam turbine(涡轮机)直齿:(机)straight tooth, spur gear (机)正齿轮斜齿:helical tooth, helical 螺旋形的圆柱齿轮:cylindrical gear涡轮:turbine, worm wheel铣刀:milling cutter, milling-tool滚齿机,滚刀:hobbing反向机构:reverse mechanism人字齿轮:herringbone gear, double helical gear自动循环:automatic cycle滚珠:ball bearing, roll ball丝杠:lead screw螺距:screw pitch, thread pitch蜗杆:worm啮合:mesh, meshing加工模数:processing modulus孔径:aperture, bore diameter(孔径,内径)轴线:axis(轴,轴线),axes(轴线,轴心,坐标轴)轮廓:outline龙门铣床:planomiller, planer type milling machine轴承:bearing,bearings(复), axletree(轮轴)NSK: (Nippon Seiko Kabushiki Kaisha)日本精工株式会社门柱:post定位:fixed postion, location精度:precision(精度,), accuracy(数)精确度,准确性承重:load-bearing三轴:triaxial硬轨:pathway矩形:rectangle滑道:slideway, slide rail导轨:guide rail, lead rail底座:foundation, base, bottom case力流原理:power(weight,force) flow principle滑鞍:carriage, saddle超音频:superaudio, superaudio frequency硬化处理:hardening treatment, curing研磨:grind注塑:injection molding摩擦力:friction, frictional force预紧:Pre-tighten。
机床行业中英文对照

机床行业中英文对照下面是机床行业中常见的英文对照:- 机床行业:Machine tool industry- 机床:Machine tool- 数控机床:Computer Numerical Control (CNC) machine tool - 金属切削机床:Metal cutting machine tool- 金属加工机床:Metal processing machine tool- 金属成型机床:Metal forming machine tool- 车床:Lathe- 铣床:Milling machine- 钻床:Drilling machine- 磨床:Grinding machine- 塑料加工机床:Plastic processing machine tool- 精密机床:Precision machine tool- 自动化机床:Automated machine tool- 机床控制系统:Machine tool control system- 数控系统:Numerical control system- 机床加工能力:Machine tool processing capacity- 加工精度:Processing accuracy- 切削速度:Cutting speed- 进给速度:Feed rate- 主轴转速:Spindle speed- 工件夹紧:Workpiece clamping- 工件定位:Workpiece positioning- 刀具选择:Tool selection- 刀具更换:Tool change- 冷却液:Coolant- 刀柄:Tool holder- 加工中心:Machining center- 排屑:Chip removal- 刀具磨损:Tool wear- 折弯机:Bending machine- 冲床:Punching machine- 压力机:Press machine- 剪板机:Shearing machine- 抛光机:Polishing machine- 螺纹机床:Thread cutting machine tool - 铸造机床:Casting machine tool- 灰铁:Gray iron- 球墨铸铁:Ductile iron- 铝合金:Aluminum alloy- 不锈钢:Stainless steel- 最大加工尺寸:Maximum processing size - 机床设计:Machine tool design- 机床制造:Machine tool manufacturing - 机床市场:Machine tool market- 机床出口:Machine tool export- 机床进口:Machine tool import- 机床行业协会:Machine tool industry association。
机床专业英语明细(部分整理)

机床专业英语明细(部分整理)关于机床的英文翻译A.金属切削机床—Metal Cutting Machine Tools1.0 车床(含数控)--Lathe (CNC included)1.1 卧式车床—Horizontal lathes1.2 立式车床—Vertical lathes1.3 多轴车床—Multi-spindle lathes1.4 多刀车床—Multi-tool lathes1.5 超精车床—Ultra-precision turning mathines1.6 专用车床—Special purpose lathes1.7 车削中心—Turning center1.8 车/铣复合中心—Turning/Milling machines1.9 其他—Others2.0铣床(含数控)--Milling Machines (CNC included)2.1 升降台铣床—Knee type milling machines2.2 万能工具铣床—Universal tool milling machines2.3 床身式铣床—Bed type milling machines2.5 刨台式铣床—Plano milling machines2.6 多头铣床—Multi-spindle milling machines2.7 桥式/龙门式铣床—Bridge type/gantry milling machines2.8其他—Others3.0 镗床(含数控)--Boring Machines (CNC included)3.1 卧式镗床—Horizontal boring machines3.2 立式镗床—Vertical boring machines3.3 定柱式镗铣床—Fixed column boring and milling machines3.4 动柱式镗铣床—Moving column boring and milling machines3.5 龙门式镗铣床—Gantry type boring and milling machines3.6 坐标镗床—Jig boring machines3.7其他—Others4.0 钻削和攻丝机床(含数控)--Drilling and Tapping Machines(CNC ncluded) 4.1 立式钻床—Vertical drilling machines4.2 摇臂钻床—Redial drilling machines4.3 深孔钻床—Deep hole drilling machines4.4 多轴钻床—Multi-spindle drilling machines4.5 钻削中心—Drilling center4.6 攻丝机—Tapping machines4.7其他—Others5.0 磨床(含数控)--Grinding Machines(CNC included)5.1 砂带磨床—Abrasive belt grinding machines5.2 外圆磨床—Cylindrical grinding machines5.3 内圆磨床—Internal grinding machines5.4 无心磨床—Centerless grinding machines5.5 平面磨床—Surface grinding machines5.6 工具磨床—T ool grinding machines5.7 成型磨床—Form grinding machines5.8 凸轮轴和曲轴磨床—Camshaft and crankshaft grinding machines5.9 轴承专用磨床—Bearing grinding machines5.10 导轨磨床—Guideway grinding machines5.11 轧辊磨床—Roller grinding machines5.12 坐标磨床—Jig grinding machines5.13 超精磨床—Super-finishing grinding machines5.14 缓进给磨床—Creep feed grinding machines5.15 万能磨床—Universal grinding machines5.16 单盘/双盘盘端面磨床—Single/double-disk grinding machines5.17 珩磨机—Honing machines5.18 研磨/抛光/超精加工机—Lapping/polishing/super-finishing machines5.19 专用磨床—Special purpose grinding machines5.20其他—Others6.0 齿轮加工机床(含数控)--Gear Cutting Machines (CNC included)6.1 滚齿机床—Gear hobbing machines6.2 插齿机床—Gear shaping machines6.3 铣齿、切齿机床—Gear cutting machines6.4 剃齿机床—Gear shaving machines6.5 磨齿机床—Gear grinding machines6.6 王行齿机床—Gear honing and gear polishing machines6.7 齿轮倒圆机床—Gear chamfering machines6.8 齿轮去毛刺机床—Gear deburring machines6.9其他—Others7.1 圆锯机床—Circular sawing machines7.2 带锯机床—Band sawing machines7.3 弓锯机床—Hack sawing machines7.4 插床—Shaping machines7.5 拉床—Broaching machines7.6 刨床—Planning machines7.7 专用机床—Special purpose machines7.8其他—Others8.0 组合机床及组合部件(含数控)--Transfer Line &Modular Units (CNC included) 8.1 组合机床—Modular machine tools8.2 组合机床生产线—Transfer lines8.3 组合机床通用部件—Modular units8.4 旋转分度台部件—Rotary indexing table units8.5 装配机及装配自动线—Assembling machines & assembling systems8.6 专用机床及部件—Special purpose machines andcomponents8.7其他—Others9.0 加工中心及并联机床—Machining Centres and Parallel Kinematical Machines (PK M)9.1 卧式加工中心—Horizontal machining centres9.2 立式加工中心—Vertical machining centres9.3 龙门式加工中心—Gantry machining centres9.4 并联机床—Parallel kinematical machines (PKM)9.5其他—Others10.1 光饰机—Finishing machines10.2 抛光机—Polishing machines10.3 倒角机—Chamfering machines10.4 螺钉、螺母、螺纹和铆钉生产设备—Machines for production of bolts,nuts,screws and rivets10.5 平衡机—Banlancing machines。
数控机床英语试题及答案

数控机床英语试题及答案一、选择题(每题2分,共20分)1. What is the abbreviation for "Computer Numerical Control"?A. CNCB. NCC. CADD. CAM2. Which of the following is not a CNC machine tool?A. LatheB. Milling machineC. Drilling machineD. Hand saw3. The primary function of a CNC system is to:A. Cut materialsB. Control the movement of the machine toolC. Design partsD. Operate the machine manually4. What does the term "G-code" refer to in CNC?A. Graphical codeB. Geometric codeC. General codeD. Group code5. In CNC machining, the term "feed rate" refers to:A. The speed of the cutting toolB. The rate at which the machine moves the workpieceC. The rate at which the machine changes the cutting toolD. The speed of the machine's spindle6. Which of the following is a common CNC programming language?A. JavaB. PythonC. M-codeD. C++7. What is the purpose of a tool changer in CNC machines?A. To improve the accuracy of the machineB. To increase the efficiency of the machining processC. To reduce the cost of the machineD. To decrease the size of the machine8. The term "machining center" refers to a CNC machine that:A. Can only perform milling operationsB. Can perform a variety of machining operationsC. Is located at the center of a workshopD. Is the most expensive type of CNC machine9. What does the "Z-axis" represent in CNC machines?A. The horizontal movement of the cutting toolB. The vertical movement of the cutting toolC. The rotational movement of the workpieceD. The linear movement of the workpiece10. The main advantage of CNC machines over traditional machines is:A. Lower costB. Greater flexibility and precisionC. Easier operationD. Smaller size二、填空题(每题2分,共20分)1. The CNC machine tool is controlled by a ________ that interprets the programmed instructions.2. The ________ axis in CNC machines is responsible for the rotational movement of the workpiece.3. A CNC machine can perform complex operations with high________ and ________.4. The ________ is a set of rules that defines the movement and actions of the CNC machine.5. CNC machines are widely used in industries such as automotive, aerospace, and ________.6. The ________ is the part of the CNC machine that holds the cutting tool.7. In CNC programming, the ________ command is used to specify the path of the cutting tool.8. The ________ is a device that translates the programmed instructions into machine movements.9. The ________ is the process of creating a part by removing material from a workpiece.10. CNC machines can be programmed manually or through the use of ________ software.三、简答题(每题10分,共20分)1. Explain the difference between a CNC lathe and a CNC milling machine.2. Describe the basic components of a CNC machine and theirfunctions.四、论述题(每题15分,共30分)1. Discuss the importance of CNC machines in modern manufacturing and their impact on productivity and quality.2. Analyze the role of CNC programming in the operation of CNC machines and the skills required for effective CNC programming.五、翻译题(每题5分,共10分)1. 翻译以下句子:"CNC machines have revolutionized the way parts are manufactured."2. 翻译以下句子:"The CNC programmer must ensure that the program is error-free before running it on the machine."答案:一、选择题1-5 A D B C B6-10 C B B B B二、填空题1. computer program2. C-axis3. precision, efficiency4. G-code5. electronics6. tool holder7. G8. control unit9. machining10. CAD/CAM三、简答题1. A CNC lathe is designed for turning operations, which involve rotating the workpiece and cutting from the exterior.A CNC milling machine, on the other hand, is used for milling operations, which involve moving the cutting tool in various directions to remove material from the workpiece.2. The basic components of a CNC machine include the control unit, which interprets and executes the program; the drive system,。
数控机床英语词汇

数控机床机械零件 mechanical parts游标卡尺 slide caliper千分尺 micrometer calipers攻丝 tap塑性变形 plastic distortion脆性材料 brittleness material刚度准则 rigidity criterion垫圈 washer垫片 spacer技术要求 technical requirements装配图 assembly drawing尺寸标注 size marking零件图 part drawing标准件 standard component剖视图 profile chart视图 view投影 projection机械制图 Mechanical drawing电火花加工electric spark machining电火花线切割加工electrical discharge wire - cutting步进电机 stepper motor 镗床 boring machine钻床 drill machine铣床 milling machine伺服电机 actuating motor工业造型设计 industrial moulding design电动机 electromotor集成电路 integrate circuit液压 hydraulic pressure加工 machining铸造 found装配 assembling拉孔 broaching拉床 broaching machine焊 weld压模 stamping锻 forge磨床 grinder车削 turning钻削镗削 bore车床 lathe车刀 lathe tool加工中心 machining center齿轮 gear齿轮加工 gear machining工件 work-piece铣刀 milling cutter铣削 mill螺钉 screw螺纹加工 thread processing半导体元件 semiconductor element 正火 normalizing退火 anneal热处理 heat treatment硬度 rigidity应力 stress变形 deformation变形力 deforming force精度 precision机械加工余量 machining allowance 金属切削 metal cutting机床 machine toolWater jet looms喷水织机Weaving Preparatory Machinery, Weaving Machinery, Tufting Machinery织造准备机、织造机、簇绒机Weaving Preparatory and Auxiliary Machinery织造准备及辅助机Weaving Auxiliary Machinery andAdditional Devices 织造辅助机械及附加装置Washing, Bleaching, Dyeing, Printing, Finishing and Make-up Machinery洗涤、漂白、染色、印花、整理及包装机械Washing, Bleaching and Wet Treatment 洗涤、漂白及湿式处理机Warping machines整经机Warp stop motions断经自停装置Top printing machines套色印花机Thermo-fixing machines 热定形机Tentering and stentering machines 拉幅机Tensionless dryers无张力干燥机Spinning Machinery纺纱机Spinning Machinery and Twisting Machines for Natural and Man Made Fibres, Wadding, Felting and Hat-Making Machines, Non Woven Fabric Machinery, Cordage and Rope-Making Machinery天然纤维和化学纤维用纺纱机及加捻机械,填絮,缩绒,制帽机,无纺织物机械,搓绳制绳机。
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NC Technology1、Research current situation of NC lathe in our timesResearch and development process to such various kinds of new technologies as numerical control lathe , machining center , FMS , CIMS ,etc. of countries all over the world, linked to with the international economic situation closely. The machine tool industry has international economy to mutually promote and develop, enter 21 alert eras of World Affairs, the function that people's knowledge plays is more outstanding , and the machine tool industry is regarded as the foundation of the manufacturing industry of the machine, its key position and strategic meaning are more obvious. Within 1991-1994 years, the economic recession of the world, expensive FMS, CIMS lowers the temperature, among 1995-2000 years, the international economy increases at a low speed, according to requisition for NC lathe and the world four major international lathes exhibition in order to boost productivity of users of various fields of present world market (EMO , IMTS , JIMTOF , China CIMT of Japan of U.S.A. of Europe), have the analysis of the exhibit, there are the following several points mainly in the technical research of NC lathe in our times:(1)、Pay more attention to new technology and innovationWorldwide , are launching the new craft , new material , new structure , new unit , research and development of the new component in a more cost-effective manner, developmental research of for instance new cutter material , the new electric main shaft of main shaft structure , high speed , high-speed straight line electrical machinery ,etc.. Regard innovating in improvement of the processing technology as the foundation, for process ultra and hard difficult to cut material and special composite and complicated part , irregular curved surface ,etc. research and develop new lathe variety constantly.(2)、Improve the precision and research of machine toolingIn order to improve the machining accuracy of the machining center , are improving rigidity of the lathe , reduction vibration constantly, dispel hotly and out of shape, reduce the noise , improve the precision of localization of NC lathe , repeat precision , working dependability , stability , precision keeping, world a lot of country carry on lathe hot error , lathe sport and load out of shape software of error compensate technical research, take precision compensate , software compensate measure improve , some may make this kind of error dispel 60% already. And is developing retrofit constantly, nanometer is being processed.(3)、Improve the research of the machine tooling productivityWorld NC lathe, machining center and corresponding some development of main shaft , electrical machinery of straight line , measuring system , NC system of high speed, under the prerequisite of boosting productivity.(4)、What a lot of countries have already begun to the numerical control system melt intelligently, openly, study networkedlyA、elligent research of the numerical control systemMainly showing in the following aspects: It is intelligent in order to pursue the efficiency of processing and process quality, the self-adaptation to the processing course is controlled, the craft parameter produces research automatically; Join the convenient one in order to improve the performance of urging and use intelligently, to the feedback control , adaptive operation , discerning automatically load selects models automatically , since carries on research whole definitely ,etc. of the electrical machinery parameter; There are such research of the respect as intelligent automatic programming , intelligent man-machine interface , intelligence diagnosing , intelligent monitoring ,etc..B、 The numerical control system melts and studies openMainly showing in the following aspects: The development of the numerical control system is on unified operation platform, face the lathe producer and support finally, through changing, increasing or cutting out the structure target(numerical control target ), form the seriation, and can use users specially conveniently and the technical know-how is integrated in the control system, realize the open numerical control system of different variety , different grade fast, form leading brand products with distinct distinction. System structure norm of the open numerical control system at present, norm , disposing the norm , operation platform , numerical control systematic function storehouse and numerical control systematic function software developing instrument ,etc. are the core of present research to pass through.C、Meeting the manufacture system of the production line , demand for the information integration of the manufacturing company networkedly greatly of numerical control equipment, it is a basic unit of realizing the new manufacture mode too.2、Classification of the machining center(1)Process according to main shaft space position when it classifies to be as follows, horizontal and vertical machining center.Horizontal machining center, refer to the machining center that the axis level of the main shaft is set up . Horizontal machining center for 3-5 sport coordinate axis, a common one three rectilinear motion coordinate axis and one turn the coordinate axis of sports round (turn the workingbench round), it can one is it is it finish other 4 Taxi processing besides installing surfaces and top surfaces to insert to install in work piece, most suitable for processing the case body work piece . Compared with strength type machining center it, the structure is complicated, the floor space is large, quality is large, the price is high.Vertical machining center, the axis of the main shaft of the vertical machining center, in order to set up vertically, its structure is mostly the regular post type, the workingbench is suitable for processing parts for the slippery one of cross, have 3 rectilinear motion coordinate axis generally , can find a room for one horizontal numerical control revolving stage (the 4th axle ) of axle process the spiral part at workingbench. The vertical machining center is of simple structure, the floor space is small, the price is low, after allocating various kinds of enclosures , can carry on the processing of most work pieces .Large-scale gantry machining center, the main shafts are mostly set up vertically, is especially used in the large-scale or with complicated form work piece , is it spend the many coordinate gantry machining center to need like aviation , aerospace industry , some processing of part of large-scale steam turbine.Five machining centers, this kind of machining center has function of the vertical and horizontal machining center, one is it after inserting , can finish all five Taxi processing besides installing the surface to install in work piece, the processing way can make form of work piece error lowest , save 2 times install and insert working, thus improve production efficiency , reduce the process cost.(2)Classify by craft useIs it mill machining center to bore, is it mill for vertical door frame machining center , horizontal door frame mill the machining center and Longmen door frame mill the machining center to divide into. Processing technology its rely mainly on the fact that the door frame is milled, used in case body, shell and various kinds of complicated part special curve and large processes , curved surface of outline process, suitable for many varieties to produce in batches small.Complex machining center, point five times and compound and process mainly, the main shaft head can be turned round automatically, stand, lie and process, after the main shaft is turned round automatically, realize knowing that varies in the horizontal and vertical direction.(3)Classify by special functionSingle workingbench , a pair of workingbench machining center;Single axle , dual axle , three axle can change machining center , main shaft of case;Transfer vertically to the tower machining center and transfer ;One hundred sheets of storehouses adds the main shaft and changes one one hundred sheets of machining centers;One hundred sheets of storehouses connects and writes hands to add the main shaft and change one hundred sheets of machining centers;One hundred sheets of storehouses adds the manipulator and adds one pair of main shafts to transfer to the tower machining center.3、Development trend of the current numerical control latheAt present, the advanced manufacturing technology in the world is rising constantly, such application of technology as ultrafast cutting , ultraprecision processing ,etc., the rapid development of the flexible manufacturing system andintegrated system of the computer one is constant and ripe, have put forward higher demand to the process technology of numerical control. Nowadays the numerical control lathe is being developed in several following directions.(1). The speed and precision at a high speed , high accuracy are two important indexes of the numerical control lathe , it concerns directly that processes efficiency and product quality. At present, numerical control system adopt-figure number, frequency high processor, in order to raise basic operation speed of system. Meanwhile , adopt the super large-scale integrated circuit and many microprocessors structure, in order to improve systematic data processing ability , namely improve and insert the speed and precision of mending operation. Adopt the straight line motor and urge the straight line of the lathe workingbench to be servo to enter to the way directly, it is quite superior that its responds the characteristic at a high speed and dynamically. Adopt feedforward control technology , make it lag behind error reduce greatly , thus improve the machining accuracy cut in corner not to track.For meet ultrafast demand that process, numerical control lathe adopt main shaft motor and lathe structure form that main shaft unite two into one, realize frequency conversion motor and lathe main shaft integrate , bearing , main shaft of electrical machinery adopt magnetism float the bearing , liquid sound pigeonhole such forms as the bearing or the ceramic rolling bearing ,etc.. At present, ceramic cutter and diamond coating cutter have already begun to get application.(2).Multi-functional to is it change all kinds of machining centers of organization (a of capacity of storehouse can up to 100 of the above ) automatically to furnished with, can realize milling paring , boring and pares , bores such many kinds of processes as paring , turning , reaming , reaming , attacking whorl ,etc. to process at the same time on the same lathe , modern numerical control lathe adopt many main shaft , polyhedron cut also , carry on different cutting of way process to one different position of part at the same time. The numerical control system has because adopted many CPU structure and cuts off the control method in grades, can work out part processing and procedure at the same time on a lathe , realize so-called " the front desk processes , the backstage supporter is an editor ". In order to meet the needs of integrating the systematic one in flexible manufacturing system and computer, numerical control system have remote serial interface , can network , realize data communication , numerical control of lathe, can control many numerical control lathes directly too.(3). Intelligent modern numerical control lathe introduce the adaptive control technology, according to cutting the change of the condition, automatic working parameter, make the processing course can keep the best working state , thus get the higher machining accuracy and roughness of smaller surface , can improve the service life of the cutter and production efficiency of the equipment at the same time . Diagnose by oneself , repair the function by oneself, among the whole working state, the system is diagnosed, checked by oneself to CNC system and various kinds ofequipment linking to each other with it at any time. While breaking down , adopt the measure of shutting down etc. immediately , carry on the fault alarm, brief on position , reason to break down ,etc.. Can also make trouble module person who take off automatically , put through reserve module , so as to ensure nobody demand of working environment. For realize high trouble diagnose that requires , its development trend adopts the artificial intelligence expert to diagnose the system.(4).Numerical control programming automation with the development of application technology of the computer, CAD/CAM figure interactive automatic programming has already get more application at present, it is a new trend of the technical development of numerical control. It utilize part that CAD draw process pattern , is it calculate the trailing punishing to go on by cutter orbit data of computer and then, thus produce NC part and process the procedure automatically, in order to realize the integration of CAD and CAM. With the development of CIMS technology , the full-automatic programming way in which CAD/CAPP/CAM integrates has appeared again at present, it, and CAD/CAM systematic programming great difference their programming necessary processing technology parameter needn't by artificial to participate in most, get from CAPP database in system directly.(5).The dependability of the dependability maximization numerical control lathe has been the major indicator that users cared about most all the time . The numerical control system will adopt the circuit chip of higher integrated level , will utilize the extensive or super large-scale special-purpose and composite integrated circuit, in order to reduce the quantity of the components and parts , to improve dependability . Through the function software of the hardware, in order to meet various kinds of demands for controlling the function, adopt the module , standardization , universalization and seriation of the structure lathe noumenonn of the hardware at the same time , make not only improve the production lot of the hardware but also easy to is it produce to organize and quality check on.. Still through operating and starting many kinds of diagnostic programs of diagnosing , diagnosing , diagnosing off-line online etc. automatically, realize that diagnoses and reports to the police the trouble to hardware , software and various kinds of outside equipment in the system. Utilize the warning suggestion, fix a breakdown in time; Utilize fault-tolerant technology, adopt and design the important part " redundantly ", in order to realize the trouble resumes by oneself; Utilize various kinds of test , control technology , exceed Cheng , one one hundred sheets of damages , interfering , cutting out ,etc. at the time of various kinds of accidents as production, carry on corresponding protection automatically.(6).Control system miniaturization systematic miniaturization of numerical control benefit and combine the machine , electric device for an organic whole. Adopt the super large-scale integrated component , multi-layer printed circuit board mainly at present, adopt the three-dimensional installation method , make the electronic devices and components must use the high density to install, narrow systematicoccupying the space on a larger scale. And utilize the new-type slim display of colored liquid crystal to substitute the traditional cathode ray tube, will make the operating system of numerical control miniaturize further. So can install it on the machine tool conveniently, benefit the operation of the numerical control lathe correctly even more.。