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Metal Stamping  is a highly efficient production methods, the use of compound die, especially the multi position progressive die, can press on a special equipment (single or multi station) to complete the multi-channel stamping process, realized by belt uncoiling, leveling, punching, forming and finishing automatic production. High production efficiency, good working conditions, low production costs, can produce hundreds of parts per minute. Compared with other methods of mechanical processing and plastic processing, stamping has many unique advantages in both technical and economic aspects. We supply professional  Precision Machining  service. If you want to learn more about these, please contact us.

Metal Stamping  is a process for forming metal plates into three-dimensional dimensions by means of a metal stamping die or a series of metal stamping dies. Metal stamping products are used in a wide variety of industries, such as automobiles and household appliances. Automobile stamping parts are an important part of the metal stamping industry. Metal stamping can be very efficient in forming metal sheets. The metal stamping die is mounted on the press, forming a workpiece in each stroke of the press. The production of metal stamping is done by metal stamping workers. Metal stamping dies are produced by machine tools or die factories. Some machine tools and die factories also produce stampings.  China Metal Stamping  suppliers will support good price and quality of process.

The  Precision Machining Aircraft Component  industry chain includes manufacturing various aircraft spare parts required for metal and non metal raw material and molding materials. And metal materials mainly includes: steel, stainless steel, aluminum alloy, magnesium alloy, titanium alloy and high-temperature alloy. Non metallic materials are including aviation ceramics, special rubber and carbon fiber etc. The lower chain reaches are made up of three parts namely, like civil aviation aircraft, machine manufacturing, aircraft engine manufacturing and aviation maintenance. The precision machining aircraft component needs adequate  Precision Machining  technical to support and excellent material science as a guarantee.

Precision Machining Aircraft Component  industry mainly refers to the manufacture of various spare parts for aircraft and aircraft. Including aircraft airframe parts manufacturing, aircraft engine parts manufacturing, instrumentation, airborne equipment, hydraulic systems and accessories, such as manufacturing, excluding parts assembly, aero-engine assembly and assembly. Aviation aircraft components are divided into civil aircraft components and military aircraft components. Civil aviation components mean any materials, meters, machinery, equipment, parts, components, components, accessories, communication equipment used and installed for civil aviation products or intended to be used in civil aviation products. There are a huge number of civil aviation aircraft components, a Boeing 737 aircraft, requires at least 30 thousand different sizes of CNC Machined Components .

China Precision Machining  and ultra precision machining developed with strategy, After decades of efforts, China's precision and ultra precision machining, increasingly mature. As for precision machine tools, diamond tools, or precision machining process, a complete set of precision manufacturing technology system has been formed, laying the foundation for promoting the development of machinery manufacturing to a higher level. It is moving to the nanometer level precision or nm precision, and its prospects are very encouraging. With the rapid development of science and technology and increasingly fierce competition in the market, more and more  Precision Machining Supplier  will start a large amount of manpower, financial and material resources to study and implement the strategy of advanced manufacturing technology and advanced manufacturing mode.

Now, as the machine is more complex and sophisticated, the requirements for related parts are getting higher and higher. High precision and high efficiency,  Precision Machining  and ultra precision machining can achieve high surface quality and surface integrity, but at the expense of processing efficiency as guarantee. Exploring the machining methods that can take into account both efficiency and accuracy become the goal of the leading researchers in ultra precision machining. Such as semi fixed abrasive machining, electrolytic magnetic abrasive machining, magnetorheological abrasive flow machining and other complex processing methods were born.