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CNC Machine Tools Emergence And Development In Shenyang Machine Tool Factory

Numerical Control technology, referred to as numerical control (NC) technology, is a technology that uses digital information to automatically control an object. The control object can be displacement, angle, speed, temperature, pressure, flow, color, etc. The control system that adopts numerical control technology is called numerical control system.

The numerical control system that adopts general computer hardware structure and uses control software to realize numerical control function is called computer numerical control (CNC) system. A machine tool equipped with a CNC system is called a CNC machine tool.   CNC machine tools are produced to solve the automation of complex profile parts processing.

Emergence of CNC Machine Tools in Shenyang Machine Tool Factory:

The introduction of CNC technology in the Shenyang Machine Tool Factory can be traced back to the late 1970s and early 1980s. During this period, China began to open up to international markets, and there was a growing need to modernize and upgrade its manufacturing capabilities.

In the initial stages, Shenyang Machine Tool Factory adopted foreign technology and collaborated with international companies to acquire the know-how for producing CNC machine tools. This technology transfer helped lay the foundation for the development of CNC machine tools in China.In 1948, the American PARSONS company first proposed the idea of ​​CNC machine tools when developing a machine tool for processing helicopter blade profiles. After three years of improvement and research on white programming, CNC machine tools entered the practical stage, and commercial CNC machine tools appeared on the market. In 1958, KEANEY & TRECKER Company of the United States first successfully developed a machining center with a white moving tool changer in the world.  

China began to develop CNC machine tools in 1958, and in the 1970s, simple CNC machine tools began to be used in production. They use the single-board computer as the control core, the digital tube as the display, and the stepper motor as the executive element. In the early 1980s, due to the introduction of 1:1 advanced CNC technology, the quality and performance of my I:9 CNC machine tools have been greatly improved.

They have complete manual operation panel and friendly man-machine interface, can be equipped with DC or AC servo drive, realize semi-closed or closed-loop control, can carry out linkage control of 2-4 axes, have tool magazine management function and rich logic control function.   Since the 1990s, my country has begun to develop in the direction of high-end CNC machine tools. Some high-end CNC key projects have passed the national appraisal and have been applied in engineering.

At the beginning of the 21st century, high-performance CNC systems such as Aerospace I, Huazhong I, and Huazhong 2000 have achieved high-speed, high-precision, efficient and economical processing effects, and can complete five-coordinate real-time interpolation control to complete high-complexity surface processing.  

Development of CNC Machine Tools in Shenyang Machine Tool Factory

Shenyang Machine Tool Factory, located in Shenyang, China, is one of the most prominent machine tool manufacturers in the country. The emergence and development of CNC machine tools at the Shenyang Machine Tool Factory have played a significant role in the advancement of the Chinese machine tool industry.

Technology Transfer and Localization:

The Shenyang Machine Tool Factory initially focused on learning and adapting foreign CNC technology. As China’s expertise in CNC technology grew, the factory started to localize the production of key components and parts, reducing its dependence on foreign imports.

Research and Development:

Over the years, the Shenyang Machine Tool Factory invested heavily in research and development to improve the design and performance of its CNC machine tools. This effort led to the creation of new models and advanced machining capabilities.

Product Diversification:

Shenyang Machine Tool Factory expanded its product range to include various types of CNC machine tools, such as CNC lathes, machining centers, and milling machines. This diversification allowed the company to cater to different industries and customer needs.

Quality and Precision:

The factory focused on enhancing the quality and precision of its CNC machines. Improved accuracy and reliability made the machines more competitive in the global market.

Market Expansion:

Shenyang Machine Tool Factory actively explored international markets and began exporting its CNC machine tools to other countries. This move helped the company gain recognition on the global stage.

Technological Advancements:

As CNC technology evolved, Shenyang Machine Tool Factory adopted the latest advancements, such as multi-axis machining, smart automation, and integration with Industry 4.0 concepts.

Industry Influence:

Shenyang Machine Tool Factory’s success in the CNC machine tool sector influenced the overall development of the machine tool industry in China. The company’s progress inspired other domestic manufacturers to invest in CNC technology and improve their capabilities.

Through continuous innovation, investment in research and development, and a commitment to quality, Shenyang Machine Tool Factory has become a leading player in the CNC machine tool industry in China and has contributed significantly to the country’s manufacturing sector.

Today’s CNC machine tools have occupied a very important position in mechanical processing, and their applications are becoming more and more extensive. The development trend of CNC machine tools is that the process is concentrated, high-speed, high-precision and easy to use, and improve reliability. With the development of numerical control technology, intelligent, flexible, agile and networked manufacturing technologies such as flexible manufacturing system (FMS), computer integrated manufacturing system (CIMS), automated unmanned workshop (FA), etc. direction of industry development.

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  • CNC machining can create very similar parts to series parts. It is often more efficient and faster than other rapid prototyping technologies for the manufacture of a quantity of prototypes between 1 and 10 parts . We also recommend CNC machining for parts with large sizes (greater than 600 mm).

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