In a stamping production chain, use different stamping molds with different processes, use a manipulator or other automatic facilities, and use molds or parts to move to complete the rated mold for workpiece stamping processing.
Also called continuous mold, the material belt always moves in one direction during the stamping process; A progressive mold is one in which the strip inside the mold moves in two or more directions after being cut off. The automatic feeding continuous mold is used to complete the feeding of the material belt inside the mold. In real life, in order to get the same workpiece, mass production is also required. Then, we need to use the mold. In order to achieve rapid and stable continuous production, continuous mold is generated.
A type of mold design that performs multiple operations in a single press stroke, optimizing production speed and structural alignment for MCCB components.
Specifically utilized for shaping hollow or contoured metal parts by stretching the sheet metal material into desired structural forms.
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Risus commodo viverra maecenas accumsan lacus vel facilisis.
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A multi-station mold utilizes a series of different stamping molds with distinct processes within a production chain. Workpieces are moved automatically using manipulators or specialized facilities to complete the designated stamping tasks.
A progressive mold is also commonly referred to as a continuous mold, characterized by the material belt moving continuously in one direction during the stamping process.
Progressive molds enable rapid, highly stable, and continuous production cycles, making them the ideal choice for manufacturing large volumes of identical metal workpieces efficiently.
A compound mold is designed to perform multiple operations, such as cutting and forming, in a single press stroke, optimizing process cycle time and precision.
A drawing mold is specifically engineered to stretch flat sheet metal into hollow, deep, or complex three-dimensional shapes required for MCCB structures.