On February 1, 2018, the Beijing Science and Technology Commission issued a notice regarding the public announcement of the list of the seventh batch of new technologies and new products (services) in Beijing. The projects included in this announcement covered multiple technical fields such as new-generation information technology, energy conservation and environmental protection, aerospace, new energy vehicles, high-end equipment manufacturing, new materials, biology, medicine and medical devices. Beijing Leiming Symbio Mechanical and Electrical Technology Co., Ltd.'s integrated full-synchronous bolt stretching machine was listed on the list and was awarded a plaque and certificate. 

The integrated full-synchronous bolt tensioning machine developed and manufactured by Raymond Cyber Company can achieve maximum output in extremely narrow spaces, meeting the requirements for pre-tightening the top cover of reactor pressure vessels. It has a high degree of automation, allowing for automatic horizontal adjustment and automatic centering without the need for manual operation, reducing the installation and positioning time of the integrated full-synchronous bolt tensioning machine. The accuracy and reliability have been significantly improved, avoiding the risk of damaging the main thread during the insertion and extraction of the main bolts.

The integrated bolt tensioning machine does not require personnel to operate inside the reactor pit. All work, including installation and disassembly of the main bolts, can be achieved through program control. It can complete the pre-tightening of the main bolts in a short time, thereby greatly improving work efficiency, shortening the maintenance period, and reducing the radiation dose received by the staff.

Our company has optimized the process of the integrated full-synchronous bolt tensioning machine and designed and displayed the human-machine interface according to the process. All human-machine interfaces adopt intuitive graphical display. The system is designed with functional interlocks, mutual interlocks, electrical interlocks, and mutual interlocks according to the process, and is placed in the human-machine interface design. By setting different levels of personnel's permissions to ensure the safe operation of the equipment, the probability of incorrect operation is reduced.

This successful selection is a full recognition by the government and the market of Raymond Cyber Company's technological research and application capabilities. In the future, the company will continue to strive, continuously strengthen technological innovation, enhance the company's core competitiveness, and express gratitude to the government's encouragement and the market's recognition. To provide customers with higher-quality products and services and contribute to China's nuclear power construction!