Why is mechanical component processing so important now?

The "accessory processing" manufacturing industry mainly refers to the industrial sector that processes raw materials such as mining products and agricultural products, or reprocesses and repairs products in the processing industry, or assembles components. Generally refers to metallurgy, machinery, electronics, chemistry, petrochemicals, wood processing, building materials, papermaking, textiles, food, leather industries, etc.  
Firstly, in the current industry, machining and workmanship are all done using machinery, especially for metal parts, CNC machining, camshafts, dividers, and other components. The precision requirements for these components are relatively high, and general work cannot reflect the price. Therefore, we need to understand that machining mechanical parts is equally important.
Secondly, measuring tools are measuring tools and means used in mechanical processing workshops to ensure the quality of mechanical parts processing. The accuracy of measuring tools determines the precision control of machined products. If the accuracy of measuring tools is not sufficient, the measurement results will be inaccurate, and it will be impossible to truly confirm whether the product is qualified or not. The commonly used measuring tools include: ordinary caliper, digital caliper, depth caliper, caliper with dial gauge, micrometer (inner diameter, outer diameter), depth micrometer, tooth thickness common normal line micrometer, height gauge, ordinary depth gauge, plug gauge, internal and external thread gauge, R gauge, dial gauge, micrometer, measuring block gauge, roughness reference block, height gauge, projector, three-dimensional coordinate 3D, 2D, etc.
Thirdly, the turbine flow gap measuring device is specifically designed for measuring flow gaps and is used for daily maintenance in power plants. This product is similar to a wedge plug gauge and is suitable for measuring all units. A precision digital measuring device is installed on the measuring head to enable direct reading of the gap value during the measurement process; The accuracy reaches 0.01mm, which is both intuitive and accurate.
When processing mechanical parts, if the selected materials are not enough for awesome, then the processed parts may not meet the use needs of mechanical equipment, because in this way, the relevant information of material requirements must be clearly known when processing!
If it is processing metal materials, then it depends on their hardness. Among many metal materials, stainless steel is the hardest, followed slightly by cast iron. Copper has a hardness lower than cast iron, while aluminum has the lowest hardness. Therefore, for workpieces with high hardness requirements, stainless steel should be chosen, while for those with low requirements, aluminum should be chosen.
1. Firstly, it is necessary to understand the hardness requirements. In some places, the equipment used has a higher hardness requirement for the components, but this is generally only required during the machining of the workpiece. If it is a machining material, the hardness should not be too hard, otherwise it may cause the material to be too hard and affect the normal operation of the component.
2. Then, it depends on the specific function of the processed components. If they are used in some high-temperature resistant industries, the selected material must be high-temperature resistant. However, if they are used in other industries, the appropriate material should be selected according to industry requirements.
The above is the relevant content on material requirements for mechanical component processing. Simply put, in addition to hardness requirements, there are other requirements for materials. Specific requirements must be determined based on the situation, otherwise the produced workpieces may not be usable due to failure to meet the requirements.