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Precision manufacturing

The former pursues the accuracy and surface quality limits on processing, while the latter includes the automation of product design, manufacturing and management, which is not only an important means to quickly respond to market demand, increase productivity and improve labour conditions, but also an effective measure to ensure product quality, and the two are closely related, with many precision and ultra-precision Many precision and ultra-precision processing rely on automation technology to achieve the expected targets, while many manufacturing automation depends on precision processing to achieve accurate and reliable. Both have an overall, decisive role and are the pillars of advanced manufacturing technology.

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What are the main precision equipment

Precision equipment you will have to look at what it is used for. For the hardware category: machining centres, CNC lathes, CNC punching machines, etc.

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What are the common equipment used for machining precision mechanical parts?

What are the common equipment used for precision machining? Precision machining is a process of changing the size or performance of a workpiece with machining machinery. According to the temperature state of the workpiece being machined, it is divided into cold machining and hot machining. Generally processed at room temperature, and does not cause chemical or physical changes in the workpiece, called cold machining. Machining at temperatures above or below room temperature generally causes chemical or physical changes in the workpiece, known as hot machining. Cold working can be divided into cutting and pressure machining depending on the processing method. Hot work is commonly done by heat treatment, calcination, casting and welding.

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What industries are included in the manufacture of precision machinery

The former pursues the accuracy and surface quality limits on processing, while the latter includes the automation of product design, manufacturing and management, which is not only an important means to quickly respond to market demand, increase productivity and improve labour conditions, but also an effective measure to ensure product quality, and the two are closely related, with many precision and ultra-precision Many precision and ultra-precision processing rely on automation technology to achieve the expected targets, while many manufacturing automation depends on precision processing to achieve accurate and reliable. Both have an overall, decisive role and are the pillars of advanced manufacturing technology.

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What are the common materials used for precision machining?

Generally speaking the materials commonly used for precision machining are divided into 2 categories.

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What are the parts that are suitable for precision machining?

We all know that precision machining requires high precision, precision machining rigidity, high manufacturing accuracy, accurate tool setting and the ability to process high precision parts. So, which parts are suitable for precision machining?

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What are the dimensions and accuracy of precision machined parts

For precision parts machining the main dimensional requirements are as follows.

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What are the material requirements for precision machining of mechanical parts?

Not what materials can be precision mechanical parts processing, some materials are too hard more than the hardness of the processing machine parts, it is possible to crash the machine parts, so these materials are not suitable for precision machining, unless it is a special material made of machine parts or laser cutting.

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What are the considerations when accepting the machining of precision mechanical parts?

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Application areas and important role of precision machining of mechanical parts

N more precision mechanical parts processing in industry, its application areas are still relatively wide, in each industry used or relatively frequent, however, precision machining is divided into many kinds, then precision mechanical parts processing application areas are what?

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