Comparison between CNC machine tool processing technology and traditional machine tool processing technology

1.1 Structural Performance Analysis

In traditional machine processing, workers need to use cantilever beams and tailstock for support. However, in CNC Machining, workers only need to use fixed cycle technology to provide support. In traditional machine tool technician techniques, workers need to process hole positions using methods such as engraving, filling, and modification. However, in CNC machining, workers can achieve scientific machining of hole positions by using different forms of circular interpolation methods. China‘s science and technology continue to develop, and the machining process of CNC machine tools is also constantly being optimized and improved. In terms of hole machining, i hard cutting has become a new numerical control method and is widely used in machine tools machining.

Compared with traditional machine processing techniques, the structural performance processing technology of CNC machine tools has the following advantages: first, it can maximize cost savings, improve construction efficiency and level. Secundo, potest improvisse productivitatem industriorum et plus profitum accipere. Tres, traditional grinding methods can be optimized by fixing the grinding position. Quarto, qualitatem processionis instrumentorum machinarum meliora potest et accuracionem pilarum multiplicare potest.

1.2 Program Instruction Analysis

In traditional machine tool processing, workers need to use manual means to control the workflow. However, after adopting CNC machining technology, instructions can be input into the electronic system, and through the instructions of cyclic machining, automatic machining of the machine tool can be achieved. Using CNC machining technology, the organic integration of rough and fine machining can be achieved, and automatic tool changing can be performed to meet the architecture requirements of the machine tool. In processione automobilis tradicionis operariis diversis proceduris subdivisi sunt. However, after applying CNC machining technology, multiple processes are integrated into one process, including fine machining of parts, Processing of threading, chamfering, etc.

Compared with traditional machine processing techniques, the processing technology of CNC machine tool instructions has the following advantages: first, it can simplify the process steps and concentrate on machine tool construction. Secunda, process content can be optimized to improve work efficiency. Tres, opus accuracionem meliora potest et effectivitatem plantationis procedentis elevare.

Comparative analysis of CNC cutting tools and traditional cutting tools

Numerical control cutting tools rely on numerical control technology and are a new type of cutting tool. Differentia significantia inter CNC instrumenta cutationis et instrumenta cutationis tradicionalis: in terms of materials, traditional cutting tools are generally made of steel or iron, while CNC cutting tools are made of materials such as diamond and alloys. From an application perspective, traditional cutting tools can only operate in a single line, but CNC cutting tools can achieve standardized operation and meet the needs of automatic tool changing. From a maintenance perspective, traditional cutting tools require regular maintenance, but CNC cutting tools do not require polishing.

Compared with traditional cutting tools, CNC cutting tools have the following advantages: first, the working efficiency of CNC cutting tools is higher than that of traditional cutting tools. Secundo, precision CNC instrumentorum secendi relative bonum est. Tres, optima est functionis securitatis instrumentorum CNC secendi. Quarto, CNC instrumenta sectionis magis professionalis sunt. With the continuous development of China‘s economy and society, the demand for cutting tools in the processing industry is expanding, and traditional cutting tools can no longer meet the needs of processing. For the cutting tool industry, it is necessary to promote the optimization and upgrading of its own industrial structure, Et est imperius expandere productionem instrumentorum CNC.

Comparative analysis of CNC fixtures and traditional fixtures

Methodus processionis fixturis tradicionales simplicissima est. Specifically, the processing method of traditional fixtures can be summarized as one person, one knife, one process. In processo partium machinationis opus in diversis proceduris divisi est et postea technicas machinationis specializatae in singulis proceduris utilizat. Metodo processionis per fixturas tradicionalis plures defectus habet: primum, volumen processoris nimis magnus est, quod multas homines et materiae dissipabit. Secundo, processionis efficabilis minimus est et preparatio tempus nimis longus est. Tertius ciklus production is longus est et partium consistentia pauperum est.

The CNC fixture adopts high-speed cutting method to achieve fully automated machining process. Compared with traditional fixtures, CNC fixtures have the following advantages: first, the force of CNC fixtures is relatively large, so the stability is better. Secundo, finis flexibilitates CNC fixturae relativamente alta est, et correspondentes elasticas variationes significantur. Tres, positio CNC fixturae relativamente precisa est, i quod qualitatem machinae assecurare potest. In processo fixturae CNC exercitus opus est laboratoribus systemam apparatum CNC ut varias fixturas inspicerent et postea informationes relevantes fixturae in systemam intrare. Est etiam aliquid instrumenta communa machinae et arma in centro machinae fixturis CNC. However, unlike the usage strategy of traditional fixtures, CNC fixtures do not require prior preparation. Instead, they only need to analyze the various parameters of the device system to grasp the hole center, and then use cutting tools to increase the hole depth.