As an important part of the mechanical transmission system, high precision gears are widely used in aerospace, automotive, marine, precision instruments and other fields. With the transformation and upgrading of the global manufacturing industry, the demand for high-precision gears is increasing, and the requirements for their quality and performance are also improving. The manufacture of high-precision gears involves complex processes such as precision machining, heat treatment, surface treatment, etc., and the technical threshold is high. At the same time, with the improvement of product performance requirements, the gear precision, wear resistance, life and so on put forward higher requirements, making the technical difficulties further increase.
March 27-29, held in Hubei Shiyan, the sixth high-precision gear manufacturing technology seminar aims to bring together industry elites to discuss industry trends, share the latest research results, strengthen exchanges and cooperation, and promote the innovative development of the industry. The meeting will cover a number of topics:
Highlights of the first: electric vehicle gear reducer gears as the core component of the electric vehicle transmission system, in promoting the technological progress of electric vehicles and market popularization plays an important role. Its precise design, high-quality manufacturing and wide range of applications all highlight its indispensable position in modern transportation.
Highlights two: Gear as a key transmission element in mechanical equipment, its performance requirements are getting higher and higher. Especially in the field of high-speed, high-precision, low-noise applications, the quality and performance of gears are directly related to the operational stability and reliability of the equipment. Therefore, the precision grinding technology of high-speed low-noise gears has become an important research content in modern manufacturing technology. Precision grinding technology for high-speed and low-noise gears can realize efficient, high-precision and low-noise grinding of gears by continuously optimizing the grinding process, selecting suitable grinding equipment and grinding wheels, and controlling thermal deformation and vibration and other measures.
Highlights III: With the global energy crisis and the growing awareness of environmental protection, high efficiency and energy saving design has become the primary trend in the design and manufacture of ring face worm gear transmission. This involves optimizing transmission structure design, reducing transmission loss, improving transmission efficiency and other aspects. High-precision manufacturing technology is the key in the field of ring worm gear transmission manufacturing. Through the use of advanced CNC machining equipment, high-precision measuring instruments and strict quality control system, to ensure the accuracy and stability of worm gear transmission, so as to extend the service life and improve transmission efficiency.
Highlights four: With the continuous progress and development of wind power technology, the design and manufacture of gearboxes are also being constantly innovated and upgraded. New gear materials, lubrication methods, sealing technology, etc. continue to emerge, providing more possibilities for gear box performance improvement and life extension. The trend of intelligence and digitalization is also gradually penetrating into the manufacturing process of gearboxes, making quality control and fault diagnosis more accurate and efficient. Gear meshing angle, tooth ratio, material selection, etc., all directly affect the efficiency of energy conversion and the service life of the gearbox. In the design and manufacturing process of wind turbines, the optimization and improvement of gearboxes have always been the focus of engineers' attention.
Henan Bocheng Import & Export Trading Co.
