To meet the requirements for lightweight, high-strength, and highly safe design and manufacturing of EVTOL electric vertical takeoff and landing aircraft, advanced 3D printing additive manufacturing technologies are utilized to carry out the integrated production of aircraft fuselage brackets, landing gear connectors, and precision structural components; this approach simplifies the assembly process, reduces weight, and improves efficiency. It also ensures compliance with the safety standards required for civil aviation use, thereby significantly shortening the time needed for aircraft development and certification.

To address the issues associated with industrial drones, such as difficulties in manufacturing customized components, slow iteration processes, poor shock resistance, and low durability in outdoor conditions, high-precision 3D printing technology is utilized to produce precision-shaped components such as gimbal mounts, power compartment frames, and anti-vibration supports for drones used in inspection, surveying, and logistics tasks. This approach enables rapid customization of non-standard structures and seamless integration of these components, thereby enhancing the stability of drone operations and their adaptability to various environments, while also reducing costs related to research and development as well as maintenance.