数控系统的快速性、驱动优化和刀具轨迹的充分处理会获得快速精确的程序执行效果，可用于复杂形状加工。
The sum of the control quickness, drive tuning and efficient handling of the tool path is said to yield fast and accurate program execution even when working with complicated shapes.
数控加工程序需要经过译码处理后，才能提供给插补模块进行运动控制。
There must be a coding process from NC program to interpolation module to control machine.
从数控编程、点位程序的模拟仿真，制造与主模型设计相联接、后置处理的设定等几个方面作了详细分析。
Numerical control programming, analog simulation to point orientation program, manufacturing connected with main model designing and post processing's enactment is given in detail.
数控程序经过解释最终形成一系列命令，添加到任务控制器的命令队列中，然后由任务控制器根据其当前的状态进行相应处理。
NC program is converted into a series of commands that are added in the command queue in task controller. Then the task controller deals with these commands according to it's current state.
为编制虚拟轴机床数控后处理程序提供一条捷径。
A shortcut route has been provided for working out the post-process program of parallel-link machine tools.
采用液晶显示数控系统，可根据不同工件的要求，编制及储存多种热处理工艺程序。
Using liquid crystal display numerically-controlled system, which can organize and store various heat-treating process program according to requirements for different workpiece.
根据火焰切割机的加工工艺要求，要对数控代码进行二次处理——对数控程序进行转换或在原有的数控程序中添加代码。
According to the technologic characteristics of the flame cutting machine, the NC codes need to be re-disposed, that is to add NC codes among the original NC codes or transform the original NC codes.
本文最后以铣床控制系统HEIDENHAIN为例进行了详细的后处理设置最终得到了可用于实际数控机床进行数控加工的数控程序代码。
Finally, picking milling machine control system HEIDENHAIN for example , elebrated post-processing settings may finally be the actual NC machine tools and can be used for CNC machining code.
作为数控编程技术的重要内容，后置处理的作用是将通用的刀位文件转换成适合于数控机床加工的NC程序。
As an important part in the nc programming, the function of post-processing is to transfer the cutter location file into the nc program suitable to nc machine tools.
基于UGCAM软件强大的仿真加工及后处理功能，运用5轴数控高速铣削中心完成了某框架零件的加工并生成NC代码程序。
Based on the function of UG CAM in machining simulation and post processing, one kind of frame-part was machining in 5-axis milling center and the nc codes was obtained.
基于UGCAM软件强大的仿真加工及后处理功能，运用5轴数控高速铣削中心完成了某框架零件的加工并生成NC代码程序。
Based on the function of UG CAM in machining simulation and post processing, one kind of frame-part was machining in 5-axis milling center and the nc codes was obtained.
应用推荐