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The Future Development of Dalian Mold Processing Technology
In the future, Dalian mold processing technology will tend to be intelligent, automated, green and environmentally friendly. With the continuous advancement of science and technology, CNC and intelligent processing equipment will replace traditional production processes, accelerate cost reduction and improve production efficiency. The application of modern high-speed CNC machine tools, laser processing machines and other equipment has become a development trend in the field of processing.
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What are the two main categories of Dalian stamping parts?
Dalian stamping parts refer to metal products processed by stamping process, which is a metal material after stamping processing, according to its processing method stamping parts are an important part of the pressure forming process. It is a product that cuts, bends, and processes metal materials into parent parts with specific geometries and sizes to achieve certain functional and structural uses. It is usually composed of metal plates, metal tubes and special-shaped materials, and can design a variety of different shapes of parts according to the required mold, such as handles, worm gears, mounting parts, etc. The benefits of stamped parts are compact, lightweight, able to accommodate more complex functions, and low cost. Stamped parts are widely used in engineering, design and automotive fields because they save raw materials, processing time and production costs compared to traditional metal forming technologies. Dalian stamping parts can generally be divided into two categories: mechanical stamping and cold stamping.
What are the structural types of mold processing in Dalian
Some of these classification methods cannot fully reflect the structure and forming processing characteristics of various molds, as well as their use functions. To this end, a comprehensive classification method based on the process properties and use objects of forming processing using molds is adopted, and the molds are divided into ten categories, and can be divided into several subcategories or varieties according to the mold structure, materials, use functions and mold making methods.