Recently, Wang Yongpeng, Deputy Chief Engineer of AVIC Qing'an Group Co., Ltd. (hereinafter referred to as "Qing'an Company"), along with Gao Bin, Chief Specialist, and a delegation of seven, visited Xi'an LASER GEAR Technology Co., Ltd. (hereinafter referred to as "LASER GEAR") for an in-depth visit and technical exchange. The two sides engaged in thorough discussions on the application of face gear transmission technology in aero-engine control mechanisms and reached a consensus on strengthening future communication and advancing cooperation.

During the exchange meeting, the LASER GEAR team warmly welcomed Deputy Chief Engineer Wang Yongpeng and his delegation, providing a detailed overview of the company's technological expertise and industrialization progress in the field of face gear transmission. They systematically shared insights into the structural characteristics, performance advantages, and typical application cases of face gear transmission.

As a novel transmission form featuring high load capacity, high transmission efficiency, and compact structure, face gear transmission offers significant advantages in terms of interchangeability, transmission efficiency, weight reduction, and space layout. It holds broad application prospects in aviation transmission, high-end and precision equipment drivetrain systems, and other fields.

Subsequently, Qing'an Company presented the technical considerations related to their current products in terms of structural design, reliability, and transmission performance, based on the requirements of aero-engine control mechanisms. The two sides engaged in in-depth discussions on the adaptability of face gears in aero-engine control mechanisms, engineering application pathways, and future joint technical exchanges.

The expert team from Qing'an Company spoke highly of LASER GEAR's technological foresight and engineering implementation capabilities in the field of face gear transmission. Both parties agreed that the unique advantages of face gear transmission are highly aligned with the demand for high-performance transmission components in aero-engine control mechanisms, and that there is significant potential for technical complementarity and joint innovation.

At the end of the meeting, both sides clarified the future direction of collaboration on the spot. They mutually agreed to further strengthen regular communication, deepen technical exchanges, and actively promote substantive cooperation in projects related to aero-engine control mechanisms.  

In the future, LASER GEAR will continue to focus on the research and development of high-end transmission technology and the translation of achievements, actively promote the innovative application of face gear technology in aerospace and high-end equipment fields, and work with industry partners to support the development of high-end equipment transmission technology in China.