At the end of November, Shenyang Instrument Science Research Institute ordered five CHSX5625 diamond wire cutters from Chenhong CNC Equipment Manufacturing Co., Ltd. The cutters will be used for the processing of key components of the Large Hadron Collider at the European Nuclear Research Centre. At present, the first CHSX5625 diamond wire cutting machine has been successfully produced, and the price is only one-sixth of that of foreign countries.
It is understood that as early as a few decades ago, the European Nuclear Research Center began to plan a series of high-speed particle collision tests to simulate the state of the Big Bang and explore the mystery of the origin of the universe. In September this year, the center officially launched the Large Hadron Collider, successfully achieving the first beam of proton beam through the entire collider, and began a series of high-speed particle collision experiments.
Throughout the series of collision experiments, more than 6,000 scientists and hundreds of research institutes participated in the world. The Shenyang Instrument Research Institute is one of them, and has undertaken the research and processing of key components of the collider.
According to engineers from the Shenyang Instrument Science Research Institute, once the particles collide successfully, scientists will use particle detectors to observe how the particles after the impact gather, spread or ablate on a computer monitor. However, the special link used in the inspection process is a special material with complex structure and high precision. It is extremely demanding on processing equipment. Although there are such processing equipment in foreign countries, each unit needs more than 1 million yuan. Moreover, this needs to be processed. There are so many special materials that require multiple high-precision equipment to operate at the same time. Taking into account the cost of the experiment, the CERN has decided to look for processing equipment that is “cheap and good†around the world.
"At present, there are no processing equipment that meets the requirements in China. In the past six months, we have traveled almost all of China, and we have also found several well-known domestic machinery manufacturers to try to produce them, which are not up to the requirements." November this year After seeing the news of Chenhong NC supporting the National Aerospace City from the news, the engineer found the Chenhong CNC through the friend's recommendation.
Xu Chenying, general manager of Chenhong CNC, who has been researching and developing high-precision CNC machine tools, has successfully taken over the research and development project of Shenyang Instrument Science Research Institute and successfully developed CHSX5625 in line with the processing requirements of key parts of collider within one month. Diamond wire cutter. Xu Chenying said that the processing of key parts of the collider is very demanding in the smooth operation of the cutting line of the equipment, the special-shaped cutting, and the yaw of the cutting angle. Although many domestic manufacturers also produce diamond wire cutting machines, it is difficult to meet these standards. In the development process, he solved these problems by using patented technologies such as wire EDM.
It is understood that as early as a few decades ago, the European Nuclear Research Center began to plan a series of high-speed particle collision tests to simulate the state of the Big Bang and explore the mystery of the origin of the universe. In September this year, the center officially launched the Large Hadron Collider, successfully achieving the first beam of proton beam through the entire collider, and began a series of high-speed particle collision experiments.
Throughout the series of collision experiments, more than 6,000 scientists and hundreds of research institutes participated in the world. The Shenyang Instrument Research Institute is one of them, and has undertaken the research and processing of key components of the collider.
According to engineers from the Shenyang Instrument Science Research Institute, once the particles collide successfully, scientists will use particle detectors to observe how the particles after the impact gather, spread or ablate on a computer monitor. However, the special link used in the inspection process is a special material with complex structure and high precision. It is extremely demanding on processing equipment. Although there are such processing equipment in foreign countries, each unit needs more than 1 million yuan. Moreover, this needs to be processed. There are so many special materials that require multiple high-precision equipment to operate at the same time. Taking into account the cost of the experiment, the CERN has decided to look for processing equipment that is “cheap and good†around the world.
"At present, there are no processing equipment that meets the requirements in China. In the past six months, we have traveled almost all of China, and we have also found several well-known domestic machinery manufacturers to try to produce them, which are not up to the requirements." November this year After seeing the news of Chenhong NC supporting the National Aerospace City from the news, the engineer found the Chenhong CNC through the friend's recommendation.
Xu Chenying, general manager of Chenhong CNC, who has been researching and developing high-precision CNC machine tools, has successfully taken over the research and development project of Shenyang Instrument Science Research Institute and successfully developed CHSX5625 in line with the processing requirements of key parts of collider within one month. Diamond wire cutter. Xu Chenying said that the processing of key parts of the collider is very demanding in the smooth operation of the cutting line of the equipment, the special-shaped cutting, and the yaw of the cutting angle. Although many domestic manufacturers also produce diamond wire cutting machines, it is difficult to meet these standards. In the development process, he solved these problems by using patented technologies such as wire EDM.
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