What is the processing of metal Stamping parts?
Blanking is the process of cutting larger metal plates or metal rolls into smaller, easier-to-control workpieces. Metal stamping parts processing and blanking are usually performed when stamping or forming stamping metal parts.
Bending is a self-explanatory process. The part in progress is placed on a specially designed mold, and the hammer is pressed against the metal to provide the required degree of curvature. Bending after drawing, because trying to punch the already bent metal will cause the entire part to deform.
Air bending refers to the use of a punch to bend the plane of the part into a generally V-shaped mold. The space between the punch and the die is greater than the thickness of the metal, resulting in a bend that relaxes slightly when the part is released. Air bending consumes less power and pressure than other bending methods.
The bottom punching and embossing is a bending process similar to air bending, but 2 to 30 times the pressure is used everywhere, and the material is fully pressed into the tightly-fitting mold, resulting in a more durable bend.
Forming is a bending process similar to bending, bottoming and precision pressing. You can create a part with multiple bends in one step, such as a U-shaped elbow.
Kneading is a method of cutting a piece from a metal plate and separating it from scrap metal. This is an unconventional process: the metal is pinched on a flat vertical surface. It is usually used to cut deep-drawn round cups from plates.
Precision metal stamping is a process widely used in manufacturing, responsible for the rapid, cost-effective production of precision metal parts required by many products and industries.
What is the processing of metal stamping parts?
Precision metal stamping is an industrial process that uses machinery equipped with molds to transform flat metal in blank or coil form into different custom shapes. In addition to stamping, these metal presses can also perform various processes, such as stamping, machining, grooving, bending, embossing, flanging, embossing, etc.
Precision metal stamping is widely used in the production of various products. It can be executed as a single-stage operation, or it can be executed in a series.
From medical, automotive to aerospace, the demand for precision metal parts in various industries continues to grow, pushing precision metal stamping parts to the forefront of today’s manufacturing industry. This is because it provides a high degree of design flexibility and can be used to define and implement tiny functions with tight tolerances and unique configurations.
In addition, precision metal stamping is very adaptable, and tools can be tailored to the exact requirements of various applications, thus providing a very good service for customized applications. All in all, due to its flexibility, speed and cost-effectiveness, this makes precision metal stamping an ideal solution for mass production of complex products.
Advantages of metal stamping parts processing
Precision stamping plays a role in the production of precision metal parts. After setting up the equipment and molds, the process can be run in a highly automated manner. This translates into 2 obvious advantages:
Cost efficiency in production: With the improvement of production level, labor costs decrease, making precision metal stamping an ideal choice for mass production of complex parts. Consistent quality and accuracy: precision metal stamping can achieve what many industries require today High-precision production of high-precision parts
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