Aircraft manufacturing not only facilitates travel but also reflects a nation's development and strength. Recently, a prominent domestic aircraft manufacturer required 3D scanning of impellers—critical aircraft engine components—to rapidly acquire high-precision 3D data for R&D within the military aviation sector, as well as for the design and development of new projects.

Aircraft engine impellers are compact yet complex components featuring numerous recessed areas and shadowed zones. The client requires precise, full-scale 3D measurement data with extremely high accuracy; however, the inability to effectively measure the component's irregular curved surfaces prevents proper inspection and measurement, thereby failing to meet the client's requirements.

Actual picture of aircraft engine component impeller

Recommended Equipment: HL-3DX Structured-Light 3D Scanner

Aircraft engine impellers are small yet complex components; the client required high scanning accuracy and speed. The HOLON HL-3DX structured-light 3D scanner is a highly regarded model in the field of industrial 3D inspection, distinguished by its high precision and robust stability.

By utilizing our advanced 3D scanning technology to capture 3D data of the impellers, we were able to effectively minimize errors and enhance overall scanning accuracy. The system offers ease of operation and superior efficiency; the client was highly impressed with the equipment and proceeded to purchase it.

STL data model of an aircraft engine impeller component