Titanium alloys are extensively applied in aerospace, high-performance pumps/valves, and power machinery due to their higher specific strength, corrosion, and heat resistance. However, titanium alloys possess high machining

Because they are the basic component of fluid machinery equipment, the geometric precision, assembly uniformity, and work stability of impellers decide the efficiency and life of the entire machine. Especially

Because the impeller is the basic moving structure in rotating fluid machinery, not only the power performance of the whole machine but also the noise level depends directly

Impellers are an important component in aviation, energy, and fluid machinery with very strict demands on manufacturing precision and complex shape. Impellers

Impellers are key power transmission members in industrial machines such as pumps, fans, and turbomachinery, and their performance directly affects the efficiency, stability, and long-time working capability

With the complexity of complex impeller designs growing by the day, surface geometric accuracy of their surfaces has become increasingly significant to their fluid performance, aerodynamic efficiency, and operational

With increasing demands for service life, service safety, and operational stability of impellers in application fields such as aero-engines, gas turbines, and high-performance fluid machinery, the role of microstructural defects in

High-speed impellers are used broadly in the aerospace field, turbines, pumps, and supercharging equipment, longtime operating in the environment of high rotation speed, heavy load, and complex medium.

Pump efficiency is the most significant performance parameter in pump design, production, and working-maintenance, and is closely related to the energy utilization rate and operation cost of the entire machine. As

The high-speed rotational impeller is widely used in advanced fields of aerospace, power energy, and industrial manufacturing. Small variations in their mass distribution will be severely magnified under high rotating

High-speed rotary impellers are widely used in rotating machinery such as aero-engines, gas turbines, centrifugal pumps, compressors, and fans. The dynamic balance state has an immediate influence on the running stability,

In high-stakes industries such as power, petrochemical, shipping, and environmental protection, uninterrupted operation of equipment has direct bearing on corporate financial interest and security. Because an impeller

With the continuous improvement of the manufacturing precision requirements of the core components of aero-engines, especially for aviation impellers with free-form surface complex structures, the precision and efficiency

With the rapid development of five-axis CNC machining technology, contact coordinate probe systems have become extensively adopted in impeller machining. Due to the complex geometry of the impeller,

Along with the continued advancement of precision and performance demands for impellers in aviation, automotive, and power equipment industries, quality inspection of impellers through 3D quality

With the strict requirement of ensuring stable and reliable operation of aero-engines, the role of impellers as the most important power transmission and aerodynamic components in aero-

With the continuous increase in demand for customized impellers, precise measurement of impellers of different models and batches becomes increasingly important as well. Being an indispensable tool for impeller

Because a rotating impeller is a critical rotating element in fluid machinery, its dynamic balance in rotation directly affects the vibration character of equipment, working performance, and service life.