Impeller components serve as the beating heart of numerous high-performance systems—ranging from aviation engines and industrial turbines to pumps and

In high-performance aerospace and industrial applications, titanium alloy closed impellers play a critical role in withstanding extreme environments while maintaining

Five-axis machining has transformed modern manufacturing, especially in industries requiring complex geometries such as aerospace, medical equipment, and turbine blade

In high-performance aerospace and energy systems, nickel-based alloy impellers are indispensable due to their exceptional resistance to high temperatures and

Vortex impellers play a pivotal role in aerospace, energy, and chemical industries, driving advancements with their superior aerodynamic performance and

High-speed rotating impellers are the beating heart of modern industrial machinery—from turbines and compressors to aerospace engine components. These ultrafast

Cast aluminum impellers have become indispensable across modern industrial equipment—from pumps and compressors to blowers and turbines—thanks to their light

In the demanding environments of chemical processing, oil and gas extraction, marine engineering, and pollution control, corrosion-resistant impellers are critical

In high‑vacuum systems, turbomolecular pumps serve as critical enablers for advanced semiconductor manufacturing, ultra‑precision metrology, and space simulation. The impeller,

In semiconductor manufacturing, scroll vacuum pumps play a vital role in processes like deposition, etching, and lithography. Pump stability and

Measuring the profile accuracy of turbine impellers after machining is crucial to ensure optimal aerodynamic performance and mechanical reliability. The

In the extreme conditions of aerospace engines, turbine blades must withstand soaring temperatures, aggressive oxidation, mechanical stress, and fatigue. The