The model and conclusion can be applied to the modeling and compensating of errors of multi-axis CNC machine tools.
所提出的模型和结论，可推广应用于多轴数控机床的误差建模与补偿。
Multiple axes rotary spindle head driven directly by torque motor is an ideal solution to realize high-speed of 5-axis CNC machine tool.
力矩电动机直接驱动双摆头是实现五轴联动数控机床高速化的新形式。
Using the computer model, the mold for the fairing shells was machined with a large 5 axis CNC machine out of a 3 thousand pound block of wood.
使用计算机模型，模具的整流罩炮弹是加工大5轴数控机床出三零零零磅块木头。
Point-by-point Comparison interpolation is one method of the contour interpolation algorithms, ever used widely in CNC machine tools, but its being not to realize two-axis limits its application.
逐点比较法是轮廓插补算法之一，曾在数控机床中被广泛采用，但由于它存在不能实现两轴联动的缺点，限制了其应用。
Next, enter the confirming tool mode, after the knifepoint touched the tool detection, CNC will detect the machine coordinate of the vertical axis and store into the tool parameters.
接着进入数控系统的对刀模式，在刀尖碰到对刀仪后，系统检测到该时间垂向轴机床坐标值，并记入对刀参数中；
Five-axis linkage CNC machine tools have a main application in machining of freedom surface.
五轴五联动数控机床主要应用于自由曲面的加工。
In order to generate the motion commanders of CNC machine tools, the coordinate conversion algorithm must be added into CNC system in 5-axis machining.
在5轴加工中，为使机床CNC系统能根据刀位点数据实时生成机床运动坐标，必须在CNC系统软件中加入机床运动空间坐标变换算法。
Based on the conceptual model of the five-axis simultaneous CNC bevel gear cutting machine, a new machining theory for the function-oriented active tooth surface of hypoid gear is proposed.
基于五轴联动数控铣齿机的概念模型，提出一种新的加工准双曲面齿轮主动设计齿面的切齿原理。
Key technologies for automatic programming of a six-axis CNC belt grinding machine are studied.
对六轴联动数控砂带磨床自动编程部分关键技术进行研究。
This paper studied 4-axis CNC spiral bevel gear machine movement rules, and set up machine machining coordinates.
研究了四轴数控螺旋锥齿轮铣齿机的运动规律，建立了铣齿机加工坐标系。
The study shows that the excellent tooth surface obtained by the function-oriented design can be manufactured with the three-axis CNC gear cutting machine.
研究表明，只需用三轴联动CNC铣齿机就能加工出主动设计得到的啮合性能良好的准双曲面齿轮的齿面。
The CNC Hypoid Cutting machine is a new kind of machine tool, which coordinates all machine movement necessary for gear manufacturing in 6 axis of emotion.
螺旋锥齿轮和准双面齿轮数控铣齿机是一种新机床，将齿轮加工所需全部运用用六座标数控来实现。
By studying the transformation principle of the machining setting parameters from cradle style machine to CNC gear generator, mathematical kinematic models of every axis are deduced.
通过对螺旋锥齿轮机械式铣齿机与CNC铣齿机之间加工调整参数转换原理的研究，推导了这两类机床运动轴数学模型；提出了求解各运动轴表达式系数的速度求导法。
Considering the kinematic features of the five-axis CNC parallel machine tool (PKM), a feed speed control method is proposed based on the known research fruits.
针对五轴并联数控机床的特点，文章在已有的研究基础上提出一种加减速控制方法。
Applicable for heavy loading, main axis of CNC tooling machine, orientation and speed testing of servo motor.
适用于重负载，数控机床主轴，伺服电机定位和测速。
Five-axis linkage CNC machine tools have a main application in machining of free surface.
五轴联动数控机床主要应用于自由曲面的加工，得到广泛的应用。
A large 5-axis computer controlled gantry CNC machine can cut a full size vehicle shape in just 24 hours.
大型5轴龙门式数控电脑控制切割机可以在短短24小时的全尺寸汽车的形状。
A new type of six-axis CNC drill grinding machine has been developed.
由微机控制的新型钻头刃磨机具有六根受计算机控制的运动轴。
Using 4-axis CNC systems PA German, friendly man-machine interface, the device easy to operate.
采用德国原装PA四轴数控系统，友好人机界面，设备操作简单。
Our product MMK6026 , which is CNC tool grinder with 6-axis and 5-coordinate controls, is used to machine the rake face and relief of conical ball end mills or other complex shaped tools.
我们研制的MMK6026六轴五联动CNC工具磨床用于加工锥形球头立铣刀和其它复杂形状刀具的前刀面与后刀面。
Series A, made of imported ultra-fine particle tungsten carbide, processed by 5-axis CNC grinding machine and special sharpening, high abrasion resistance and anti-broken.
A系列雕刻切割刀具，全部采用进口超微粒钨钢材料，经五轴联动数控磨床，专利特殊刃磨工艺精制而成，具有超强的耐磨性和抗断性。
Series A, made of imported ultra-fine particle tungsten carbide, processed by 5-axis CNC grinding machine and special sharpening, high abrasion resistance and anti-broken.
A系列雕刻切割刀具，全部采用进口超微粒钨钢材料，经五轴联动数控磨床，专利特殊刃磨工艺精制而成，具有超强的耐磨性和抗断性。
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