This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动与同轴度是形位项目中常用的位置。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头的250个部件被限1‰英。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺换算的一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字化预装配方法的析,提出了基于数字化产品设计模型的装配析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的下,根据刀位点轨迹的程序段割误确定程序段的大小,剔除多余的型值点,保证加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动公差与同轴度公差是形位公差项目中位置公差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头250个部件公差被限至1‰英寸。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺寸公差换算一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字化预装配方法分析,提出了基于数字化产品设计模型装配公差分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定公差下,根据刀位程序段分割误差确定程序段大小,剔除多余型值,保证加工指令长度不超出CNC系统提供给户内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动公差与同轴度公差是形位公差项目中常用的位置公差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头的250个部件公差被限至1‰英寸。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺寸公差换算的一种新方法骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字化方法的分析,提出了基于数字化产品设计模型的公差分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的公差下,根据刀位点轨迹的程序段分割误差确定程序段的大小,剔除多余的型值点,保证加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动差与同轴度差是形位差项目中常用的位置差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头的250个部件差被限至1‰英。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性差换算的一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过字化预装配方法的分析,提出了字化产品设计模型的装配差分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的差下,根据刀位点轨迹的程序段分割误差确定程序段的大小,剔除多余的型值点,保证加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动与同轴度是形位项目中常用的位置。

250 parts in his cars were made to tolerances of one thousandth of an inch.

汽车里头的250个部件被限至1‰英寸。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺寸换算的一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字化预装配方法的分析,提出了基于数字化产品设计模型的装配分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的,刀位点轨迹的程序段分割误确定程序段的大小,剔除多余的型值点,保证加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动公差与同轴度公差是形位公差项目中常用的位置公差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头的250个部件公差被限至1‰英寸。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺寸公差换算的一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字化预装配方法的分析,提出了基于数字化产品设计模型的装配公差分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的公差下,根据刀位轨迹的程序段分割误差确定程序段的大小,剔除多余的型值,加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动差与同轴度差是形位差项目中常用的位置差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头的250个部件差被限至1‰英。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

一个实例,介绍了线性尺差换算的一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

数字化预方法的分析,提出了基于数字化产品设计模型的差分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的差下,根据刀位点轨迹的程序段分割误差确定程序段的大小,剔除多余的型值点,保证加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动差与同轴度差是形位差项目中常用的位置差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头的250个件差被限至1‰英寸。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺寸差换算的一种新法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字预装配法的分析,提出了基于数字产品设计模型的装配差分析和优法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定的差下,根据刀位点轨迹的程序段分割误差确定程序段的大小,剔除多余的型值点,保证加工指令的长度不超出CNC系统提供给用户的内存空间。

This article introduces relation, substitution and implement of radial run-out tolerance and axiality tolerance with legend and production process.

径向跳动公差度公差是形位公差项目中常用位置公差。

250 parts in his cars were made to tolerances of one thousandth of an inch.

他汽车里头250个部件公差被限至1‰英寸。

Through an example,a new method and its steps of common difference matrixing of linear dimension are introduced.

通过一个实例,介绍了线性尺寸公差换算一种新方法及步骤。

The assembly tolerance analysis and optimization method based on digital product design model is put forward according to the analysis of digital-ization preassembly method.

通过数字化预装配方法分析,提出了基于数字化产品设计模型装配公差分析和优化方法。

This method make use of given error to control the section length and to removal superfluous type value points.The method can reduce working code length to a minimum without overgauge.

在给定公差下,根据刀位点轨迹程分割误差确定程大小,剔除多余型值点,保证加工指令长度不超出CNC系统提供给用户内存空间。