P23 series rotary cylinders are designed for matching NC turning lathes into complete sets.
P 23系列回转油缸是为数控车床配套而设计的。
P25 series through hole rotary cylinders are designed for matching NC turning lathes into complete sets.
P 25系列回转油缸是为数控车床配套而设计的。
A simulation system of NC turning based on STEP-NC is presented for verifying STEP-NC program and simulating running conditions of the actual system.
提出了一种基于STEP -NC的数控车削加工仿真系统，该仿真系统能够验证STEP - NC数控程序、模拟实际系统运行。
The application case proves that the correct analysis and design of nc turning process is helpful to improve parts quality and production efficiency.
通过实例，证明了正确地进行数控车床加工工艺分析与设计有助于提高零件加工质量和生产效率。
K54 series wedge type power chucks, matching P24 series oil cylinders into complete sets, and suitable for equipping full function nc turning lathes.
K 54系列楔式动力卡盘与P 24系列回转油缸配套使用，适用于全功能数控车床。
They are with feature compact construction, light weight, moderate center hole and speed, reliable performance, and meet requirements of nc turning lathes.
具有外形尺寸小、重量轻、通孔和转速适中、性能可靠等特点，各项指标均能满足一般数控车床的需要。
In the spherical surface NC turning, the correct tool length compensation and tool nose radius compensation are significant to guarantee the precision of spherical surface.
在球面的数控车削加工过程中，刀具长度补偿和刀尖半径补偿的正确与否对于保证球面的轮廓精度极为重要。
By the forecast of the displacement of the tools and part, estimated the surface appearance of the parts machined. By this means, high quality of simulation of nc turning is attained.
通过预测工件与刀具的相对位移，实现了对加工工件的表面形貌的估算。
At realm of surface roughness of machined surface, forecast mathematical model is set up by using quadratic regression orthogonal design between NC turning parameter and machined surface.
在已加工表面粗糙度研究领域引入回归正交分析，采用多元二次回归正交设计得到了数控车削参数与已加工表面粗糙度的回归预报模型。
The chip simulation is embedded into the environment of NC turning simulation in real-time, which realizes the seamless connection between the generation of chip and the removal of material.
并将其实时溶入数控车削加工仿真过程中，实现了切屑生成与工件材料去除过程的无缝连接。
K55 series high speed wedge type power chucks feature large through hole, high speed and reliable performances and so on., They are considered the best choice for full function nc turning lathes.
K55系列高速大通孔楔式动力卡盘具有大通孔、转速高、性能可靠等特点，是全功能数控车床的最佳选择。
In this paper, ar model has been built for on-line NC turning monitoring and the software has been developed which can decide the order of ar model, analyze ar spectrum, predict working condition.
本文针对数控车削在线检测的需要，建立了用于状态监测与预报的AR模型，并开发了基于该模型的软件，它能够实现AR模型的自动定阶、AR谱分析、加工状态的实时预报。
This paper mainly describes the NC technique of machining dual-curved cylindrical CAM with turning center, programming and analysis of error-machining.
介绍了采用车削中心加工双侧曲面圆柱凸轮的加工工艺、数控加工程序的编制及圆柱凸轮型面的加工误差分析。
NC is used on all types of machine tools, from the simplest to the most complex. Turning center and machining center are two of the most common machine tools.
数控被应用在各种机器上，从最简单的到最复杂的。车削加工中心和加工中心是两种最常见的机床工具。
This paper introduce the NC lathe turning operations design in the content, process, means.
介绍数控车削加工工序设计的内容、步骤和方法。
It is very important in how to design NC lathe turning program, improve quality and productivity.
这对于合理地编制数控车削程序、提高零件的加工质量和生产效率，具有一定的实用意义。
Generally, existing NC instructions, for example G32, G92, G76 etc, are limited in machining threads with forming cutter, which can not be used to turning nonstandard threads.
异型螺纹的加工就是其中典型的代表。G 32、G92、G76等指令仅限于用成型刀加工螺纹，不能满足异型螺纹的车削。
Based on the characteristics of nc lathe turning, the tool interference phenomenon is analyzed and the calculating method of the tool interference processing presented in the paper.
针对数控车削加工的特点，分析刀具干涉现象，提出刀具干涉处理的算法。
NC wheel turning machine is a special machine used in producing and servicing wheels of railway vehicles.
数控车轮车床是用于铁路机车轮对的加工与维修的专用机床。
Introduces the theory and machine tool of NC Electrochemical Turning Machining (ECTM).
介绍数控电解车削加工原理及试验装置。
The method of optimal intelligent design of NC indexable turning tools is discussed in this paper.
着重讨论数控可转位车刀智能化设计的方法。
The overall architecture of the system consisted of code interpreter, modeling module, feature database of turning based on STEP-NC and simulation drive is established.
讨论了仿真系统的译码器、基于特征的加工数据库、实体建模以及仿真驱动等组成模块实现的关键技术和方法。
The overall architecture of the system consisted of code interpreter, modeling module, feature database of turning based on STEP-NC and simulation drive is established.
讨论了仿真系统的译码器、基于特征的加工数据库、实体建模以及仿真驱动等组成模块实现的关键技术和方法。
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