GBT1008-2008 Basic Terminology for Machining Process Equipment (2025 Edition) In-depth Analysis.pptx

In the year two thousand and twenty-three, this was presented, in part, as a reference to expert interpretations, specifically a fairly precise definition of the basic terminology of machining processes and equipment, as well as the consensus reached by the industry. There is also a part that talks about the standard terminology aspect of looking at the evolving technology in the field of machining and some of the trends that the language iteration is showing. The standard maps mould terminology to the terminology in the GB/T8845 standard for punching dies, thus enabling design and production departments to adopt a uniform index when assessing mould life. In addition, it also points out what kind of adaptive adjustment problems the core terminology is facing in the case of emerging technologies like a wave. Another part of the question is how the standardisation of the industry is moving forward to drive the continuous optimisation of the process equipment classification system. (iii) What are the new challenges and opportunities for the process equipment classification system in the process of digital transformation? In 2020, there was a revised version, which added some new terms, such as mill-turn compound tool holder, five-axis linkage fixture, etc. These new terms reflect the current situation of the industry, which is that the proportion of multifunctional integrated equipment in the market has exceeded 25%. (5) What insights will this comparison bring to China's standardisation work when comparing the international classification system of process equipment? What kind of inspiration will this comparison bring to China's standardisation work? PART (a) How should the terminology of intelligent equipment be integrated into the traditional processing technology? And how to reshape the manufacturing process? Intelligent assembly connects the terminology for unity, in the future factory, the intelligent setup equipment and traditional technology can be fused to provide support for its key terminology, for the intelligent equipment and traditional machining process, there are technical difficulties in the fusion of the two and the demand for terminology specification, and then put forward the “process gene pool” and “adaptive learning factor”. “Adaptive Learning Factor” These terms are forward-looking to support the traditional process parameters based on processing data can be automatically optimised iteratively, in the actual application of the process, how to accurately differentiate between the clamping device and positioning device. (c) The precise definition of the terminology for clamping and positioning devices and the key points of application can be seen from expert analysis; (d) Confusion between the terminology for clamping and positioning devices during process design poses a potential risk; a gearbox housing production line incorrectly labelled the hydraulic clamping unit as a “positioning unit”, resulting in the batch machining of holes that had been offset by 1.2mm. As a result, the hole position of batch processing was shifted by 1.2mm, and the direct loss was more than 2 million RMB. (vi) What impact will future technological development have on the terminology boundary of clamping unit and positioning unit; PART; (iii) What are the existing gaps in the terminology of process equipment in the field of additive manufacturing and what is the direction of improvement; (iv) What are the difficulties in integrating the terminology of additive manufacturing and traditional manufacturing process and what are the solutions; Refer to ISO/IEC 17025 and ISO/IEC 17025; (vii) What is the direction of improvement of process equipment terminology in the field of additive manufacturing and what is the direction of improvement? (iv) The difficulties faced in the integration of additive manufacturing and traditional manufacturing process terminology and the solutions; reference to the strict definitions given by ISO for seven types of processes, such as “directed energy deposition” and "material extrusion", to refine the classification of subcategories of process equipment in China. (F) In the future, what direction will the terminology system of additive manufacturing process equipment innovate and breakthrough? PART (b) Enterprises should accurately grasp the precision terminology to help them optimise the production process and reduce costs. (iii) What potential risks and losses will be brought to enterprise cost control if precision terms are misused? (e) There are cases in the industry where significant cost reductions have been achieved through optimisation based on precision terminology. The virtual tolerance chain model built on the basis of the standard enables the cost prediction accuracy of ±5% at the new product development stage (the accuracy of the traditional method is ±20%) PART (a) Under the background of the wave of intelligence, what kind of innovation will the intelligent definition of CNC machine tool fixture terminology develop in? (ii) How does the application of new materials promote the updating and expansion of the terminology of CNC machine tool fixtures?) CNC machine tool fixtures and automation system integration has given rise to a new connotation of the terminology, (e) CNC machine tool fixtures with green manufacturing needs resulting in the upgrade of the terminology system, (f) the future of CNC machine tool fixtures terminology how to lead the industry technological innovation? PART terminology standardisation and consistency, (3) typical cases: turning class process equipment terminology in the automation line of the landing practice, (5) turning class process equipment terminology and automation line digital transformation of the synergistic development, (6) the future of automated production lines in the turning class process equipment?