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Many things, its methods are divided into many kinds, can be better for us to choose, can be for our choice, we can choose our own suitable according to our actual situation, precision parts processing is the same, so precise What are the types of parts processing methods divided into?
Many things are divided into many ways, which can be better for us to choose, and for our choice, we can choose our own suitable according to our actual situation, and the processing of precision parts is also In the same way, what are the types of machining methods for precision parts?
The precision parts processing process includes turning, milling, planing, grinding, tongs, stamping, casting and other methods.
Stamping: Stamping uses pre-made molds for cold stamping processing, mainly for sheet metal processing, that is, most of the processed materials are sheet materials, and the processing efficiency is relatively high and suitable for mass production.
The precision hardware processing process is divided into engineering molds and continuous molds. Engineering molds are also called single punching dies. Some more complex parts require several sets of molds, and the continuous mold is in the cavity of the mold to change the shape of the product. Split several parts into one mold, so that one stroke of the punch is a finished product. The high-speed continuous punching machine can process three to four hundred products per minute.
Lathes: Lathes for precision parts processing are precision processing machinery, which are divided into ordinary lathes, automatic lathes, instrument lathes and computer lathes. It uses the turning tool to perform radial or axial machining by clamping the material and then rotating it.
Nowadays, automatic lathes and computer lathes are more and more widely used. Because these two are fully automatic processing, the accuracy error caused by human operation is reduced to the bottom, and the processing speed is fast, which is used for mass production. Most of the current computerized lathes are equipped with side-rotating tools and back-rotating tools, which means that the lathe can also be milled.
The precision parts processing process includes turning, milling, planing, grinding, tongs, stamping, casting and other methods.
Stamping: Stamping uses pre-made molds for cold stamping processing, mainly for sheet metal processing, that is, most of the processed materials are sheet materials, and the processing efficiency is relatively high and suitable for mass production.
The precision hardware processing process is divided into engineering molds and continuous molds. Engineering molds are also called single punching dies. Some more complex parts require several sets of molds, and the continuous mold is in the cavity of the mold to change the shape of the product. Split several parts into one mold, so that one stroke of the punch is a finished product. The high-speed continuous punching machine can process three to four hundred products per minute.
Lathes: Lathes for precision parts processing are precision processing machinery, which are divided into ordinary lathes, automatic lathes, instrument lathes and computer lathes. It uses the turning tool to perform radial or axial machining by clamping the material and then rotating it.
Nowadays, automatic lathes and computer lathes are more and more widely used. Because these two are fully automatic processing, the accuracy error caused by human operation is reduced to the bottom, and the processing speed is fast, which is used for mass production. Most of the current computerized lathes are equipped with side-rotating tools and back-rotating tools, which means that the lathe can also be milled.
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