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Issues to be noted in precision sheet metal processing

Material selection: Suitable materials and specifications should be selected according to the processing requirements to ensure that the processed product meets the design requirements. Processing accuracy: Precision sheet metal processing requires high precision, and errors need to be strictly controlled during the processing to avoid affecting product quality. Processing technology: Suitable processing technology should be …

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What is In-mold Label?

IML(In-mold label), also known as in mold insert injection molding, is a molding method in which ink is printed on the inner surface of a sheet, and the printed sheet is hot pressed into a 3D shape. The outer shape and inner hole are then punched and cut, and then placed into the injection mold …

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The basic process of urethane casting

The basic process of urethane casting includes prototype preparation, silicone mold production, selection and casting of replication materials, curing and demolding, and other steps. Firstly, it is necessary to prepare an accurate prototype, which can be obtained through 3D printing, CNC machining, or other precision manufacturing techniques. Next, based on the shape and dimensions of …

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Magnesium alloy die-casting parts: a key force in automotive lightweighting

With the increasing global demand for energy conservation and emission reduction, lightweighting of automobiles has become an important trend in industry development. In this context, magnesium alloy die-casting parts are gradually becoming the new favorite in the automotive manufacturing field due to their unique advantages. Advantages of magnesium alloys: Magnesium alloys are known for their …

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What is Insert Molding?

Insert molding: Insert molding refers to the molding process in which pre prepared foreign material inserts are injected into a mold, and the melted material is bonded and solidified with the inserts to produce an integrated product. Insert molding Process characteristics:

The importance of 5-axis machining technology in the manufacturing of robot joint components

With the continuous development of robot technology, the precision and quality requirements for robot joint components are also increasing. Five axis machining technology provides strong support for the manufacturing of robot joint components due to its high precision and efficiency. Firstly, 5-axis machining technology can ensure the accuracy and quality of robot joint components. Robot …

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