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Company Name: Taizhou Huangyan Yige Machinery Co., Ltd. Contact: Manager He Phone: 15967672923
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Company Address: Shangye Industrial Zone, Jiangkou Street, Huangyan District, Taizhou City

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How much do you know about the technology of the blow mold?
Edit:Taizhou Huangyan Yige Machinery Co., Ltd.   UpDate:2019-10-21

Blow molding machine | Hollow blow molding machine | Preform mold | Blow mold and so on, we should not be too unfamiliar with these products. Today we are going to introduce to you here the overview of its processing technology.

The NC processing of the blow mold has a certain typicality and has higher requirements than the NC processing of general products. In mold processing, all kinds of CNC machining are used. The most commonly used are CNC milling and machining centers. CNC wire cutting and CNC EDM are also widely used in mold CNC machining. Wire cutting is mainly used in Various straight wall mold processing, such as concave and convex molds in stamping, inserts, sliders in blow molds, electrodes for electrical discharge machining, etc.

For mold parts with high hardness, machining methods cannot be used. Most of them use electric discharge machining. In addition, the sharp corners, deep cavity parts, narrow grooves of the mold cavity are also used for electric discharge machining.

CNC lathes are mainly used for processing standard parts of mold rods, mold cavities or cores of rotating bodies, such as blow molds for bottle bodies and basins, forging dies for shafts and disks. In mold processing, the use of CNC drilling machines can also play a role in improving the accuracy and shortening the processing cycle.

Blow moulds are important process equipment for the production of various industrial products. Following the rapid development of the plastics industry and the promotion and use of plastic products in the industrial sectors such as aviation, aerospace, electronics, machinery, ships and automobiles, the product requirements for molds have increased Higher and higher, traditional mold design methods can no longer meet today's requirements.

Compared with the traditional mold design, computer aided engineering (CAE) technology has great advantages in terms of improving productivity and ensuring product quality, as well as reducing costs and labor intensity.