Closed-loop inspection manufacturing (CLIM) and computer-aided inspection planning (CAIP) have increasingly been evolved into a size method that can be used to look at fashions in the industrial area with a number of methods. CAIP is hastily carried out in the gadget and will become an indispensable phase of the production system. Numerous scientific findings that tackle the theme from exclusive perspectives are accompanied by CLIM and CAIP in the measuring process. A systematic overview of these heterogeneous methods can be considered vital for CLIM to become aware of the ways in which CAIP can be used in your personal context. Thus, this systematic review of literature aims to analyze current inspection article and use of CLIM in CNC machines, assess heritage research to create a steady taxonomy, and provide a framework for forthcoming CLIM lookup in accordance with CAIP in the desktop gadget to enhance product quality. The consequences of this study provide a comprehensive taxonomy and a define in terms of the advanced features of this emerging technology. Articles on CAIP and CLIM, system-based technology, implementation of STEP/STEP-NC, and feature-based technology were discussed. As a result, various CLIM lookup findings regarding the machining machine tended to the center of attention rather on the VISION/aspects of the ISO14649-based computing device and further on inspection process planning perspectives, as well as factors indicating CLIM in technologies. This review paper will strengthen this study by supplying a deep analysis of the present facts to shut down the hole and lengthen the current literature.

闭环检验制造（CLIM）和计算机辅助检验计划（CAIP）越来越多地发展成为一种尺寸方法，可以通过多种方法来查看工业领域的时尚。CAIP会在小工具中仓促执行，并将成为生产系统必不可少的阶段。在测量过程中，CLIM和CAIP伴随着许多从独家角度解决主题的科学发现。对于CLIM而言，了解这些异类方法的系统概述对于了解CAIP可以在您的个人环境中使用的方式至关重要。因此，本文献的系统综述旨在分析当前的检验文章并在CNC机床中使用CLIM，评估遗产研究以建立稳定的分类法，并为桌面小工具中符合CAIP的CLIM查找提供框架，以提高产品质量。这项研究的结果提供了一种全面的分类法，并根据这项新兴技术的先进特性进行了定义。讨论了有关CAIP和CLIM，基于系统的技术，STEP / STEP-NC的实现以及基于功能的技术的文章。结果，关于加工机的各种CLIM查找结果都成为关注的焦点，而不是基于ISO14649的计算设备的VISION /方面，以及检查过程规划的观点以及指示CLIM技术的因素。这篇综述文章将通过对当前事实进行深入分析，以弥补这一漏洞并延长现有文献的篇幅，从而加强这项研究。