零件精度满足设计要求。
分析了影响激光熔覆成形金属零件精度的主要因素，提出了相应的解决办法。
This paper analyzes the main factors affecting the laser cladding forming accuracy of metal parts, and puts forwards some suggestions on reducing the actions of these factors.
分析复杂壳体零件结构特点，加工难点，阐述了保证零件精度的数控加工技术。
The characteristics of complex shell parts and the difficulties of machining were analyzed. The machining technology to ensure precision was presented.
在分析卷绕成形加工方法工艺过程的基础上探讨影响卷绕成形零件精度的各种因素。
Based on introducing the principle of rolling shaping process this paper analyzes the factors that affect the precision of part.
设计了两种加工方案，分别讨论两种方案如何保证零件精度以及两种加工方法的特点。
The design of two kinds of processing scheme is presented, two schemes are discussed for ensuring parts accuracy and the characteristics of two kinds of processing methods.
30多个种类，零件精度与复杂程度都达到发达国家先进水平，满足进口零件国产化的要求。
About 30 sorts, the accuracy and complexity belong to the high level of developed countries, which meet the requirements of localization for import parts.
零件的尺寸精度是非常复杂的非线性问题。
The dimension accuracy of parts is very complicated nonlinear problem.
而零件是否能达到加工要求，主要取决于机床本身动力头的设计与制造精度是否达到了一定的程度。
But whether the parts can achieve processing requirements, mainly depends on the machine head itself in the design and manufacture of precision is achieved certain degree.
叶片是航空发动机的重要零件之一，叶片的加工精度和效率对于叶片的加工来说至关重要。
The blade is one of the important parts of aeroengine. Efficiency and precision are important for the blades' machining.
给出配合偶件的工作要求，据此设计偶件的配合精度和适用的装配方法，以及相应的零件加工精。
Based on the working demands of mate parts, this paper designs the mate precision of mate parts, suitable assembly method and the working precision of corresponding parts.
对零件加工质量和精度要求越来越高。
For parts processing quality and precision demand is higher and higher.
零件能按经济加工精度制造，配合精度高，但增加了测量分组工作。
Parts can be manufactured according to the accuracy of economic processing, with high precision, but increased the measurement of grouping.
用模具生产零件所表现出来的高精度、高复杂程度、高一致性、高生产率和低消耗，是其他加工制造方法所不能比拟的。
With mold parts demonstrated by the high precision, high complexity, high consistency, high productivity and low consumption, the other processing methods can not be compared.
数控加工作为一种先进的加工方法被广泛应用于高精度、复杂表面形状零件的加工。
Numerical control processing, an advanced processing method, is widely applied in processing machine parts of high precision and with complicated surfaces.
在轴承的磨削加工过程中，首先要保证的是零件的加工精度。
In the process of bearing grinding, the accuracy of bearing parts were first assured.
因此，产品的质量如何，主要取决于零件的加工精度和机械的装配精度。
So the quality of product mainly decided by processing precision of parts and mechanical assembling accuracy.
影响零件质量的一个重要方面是几何精度，它包括尺寸精度、形位精度、表面粗糙度和波度等。
An important factors of parts quality is geometrical accuracy, includes size accuracy, form accuracy, surface rough degree, wave degree etc.
通过扩展刀具半径补偿的功能，便于简化编程，提高零件加工精度。
By extending functions of blade radius compensating, the process precision of parts is heightened and the programmer is predigested.
通过车铣和车削两种加工方法的对比，重点研究了切削深度对微细轴类零件加工精度的影响问题。
Contrast the two machining method between turn-milling and turning, research the effect on machining precision of micro-shaft parts about cutting depth.
解决了模具零件在形状和精度方面的特殊要求。
It solves the special claims of shape and precision of die spare parts.
轿车转向节是轿车上的关键零件，对尺寸精度和产品质量要求很高。
A steering knuckle is the key component in cars, which needs high requirements in dimensional accuracy and product quality.
轭铁是控制元器件中较关键的零件，具有精度高、加工困难，对工人的操作技能有较高的要求，零件合格率低等特点。
Yoke steel is the key part in controller, the precision is high, manufacture is difficult, has high request to the worker's operation skill, the component qualified rate is low.
高频脉冲电流加工及光整加工技术能提高零件的加工精度和表面质量。
High frequency pulse current machining and fine finishing can improve parts' machining accuracy and surface quality.
介绍了采用液压式自动顶尖，提高轴类零件加工精度的方法，并收到了良好效果。
The method of lifting the precision of axial spare parts by using hydraulic auto top end is introduced. It has made good result.
这种方法零件的加工公差按装配精度要求的允许偏差放大若干倍，对加工后的零件测量分组，对应的组进行装配，同组可以互换。
In this method, the machining tolerance of parts can be enlarged several times according to the allowable deviation of assembly precision requirement.
尤其是大型高精度的非球面光学零件，面形检测难度更大。
The surface testing of aspheric and optical part is especially difficult, which is big scale and high precision.
并根据零件的精度要求，制订了缸体的加工工艺，确保了试制产品的质量。
Considering the accuracy need of the cylinder, the manufacturing process was worked out and the produce quality was ensured.
定位则需要定位基准，定位基准选择得是否合适，将直接影响零件的加工精度。
To locate, we need the locating criteria, whether a suitable locating criterion is chosen or not will directly influence the machining precision.
定位则需要定位基准，定位基准选择得是否合适，将直接影响零件的加工精度。
To locate, we need the locating criteria, whether a suitable locating criterion is chosen or not will directly influence the machining precision.
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