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What are the main steps in fine machining


Fine machining refers to the processing of raw materials and the use of machining technology to produce mechanical parts that meet manufacturing requirements. With the continuous development of science and technology and industrial production, the machining process of mechanical parts is constantly upgraded and developed into a complete industry.

The machining accuracy of mechanical parts refers to the difference in accuracy between the finished product and the design requirements. Machining accuracy is related to machine tools, tools, cutting fluid and materials and other factors. The precision, stiffness and repeatability of the machine tool are the main factors in determining the machining accuracy. The quality, hardness, coating and other treatments of the tool also affect the machining accuracy. The choice of cutting fluid and the quality of the cutting fluid are also major factors affecting machining accuracy. The integrity of the material, hardness, machining difficulty, etc. will also affect the machining accuracy.

Mechanical parts processing materials are mainly steel, stainless steel, copper, aluminum alloys and plastics as auxiliary materials. Among them, carbon steel material process is simple, the price is not high, commonly used in the processing of some mechanical parts. Stainless steel material quality is better, not afraid of corrosion, applicable to the production of mechanical parts. Copper material has good electrical conductivity, thermal conductivity and toughness, suitable for the manufacture of electronic parts. Aluminum alloy is mainly used in aircraft, automobiles and other large-scale machinery manufacturing, its density is small,, surface performance is good, can reduce the weight of the machine, enhance the mechanical properties.

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Some details and applications in the process of precision machining

In the process of precision machining, there are many details that need to be paid attention to. At first, it is necessary to choose the appropriate materials and tools. Different materials require different types of tools for machining to determine the quality and rate of machining. Secondly, it is necessary to control the machining parameters, such as cutting speed, feed rate and cutting. The selection of these parameters depends on factors such as workpiece material and shape. At the same time, cooling and lubrication measures should be taken to reduce the effects of friction and heat on the workpiece.


Mechanical parts processing deformation improvement operation

There are many factors that lead to deformation of mechanical parts, for different reasons to take different measures to solve. In practice, we should pay attention to all the details of machining, and constantly improve the production process, and strive to reduce economic losses to a low level, in order to determine the stable work of mechanical equipment, to achieve the quality of machining is good, the rate is good goal, so as to promote the machining industry has a good prospect of development and the more broad market.


Mechanical parts processing factors and surface treatment

The accuracy of a CNC machine depends on several factors, some of which are determined by the manufacturer of the CNC machine, and some of which can be controlled by the machinist.


Fine machining how to choose the appropriate processing technology

The cost of fine machining is a key issue, which is of great significance to the enterprise. Reducing machining costs can enhance both competitiveness and profits of the enterprise. Below I will propose several ways to reduce the cost of detailed parts machining from different perspectives.


How to achieve accuracy in meticulous machining

Detailed machining is an important part of the manufacturing industry, it requires a good rate and accuracy, both to determine the quality of the product, but also to improve the production rate. I will discuss how to realize the rate of detailed parts machining is good and accurate from the following process, equipment selection, technical control and personnel training.


What are the key factors in fine machining technology?

The key factors for fine machining technology are manifold, including mechanical equipment, tool technology, process parameters, machining accuracy control, and worker skills. These key factors will be described in detail below.

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Specializing in the production of automotive suspension control arms, suspension ball joints, steering inner and outer pull rods, and balance rod connecting rods