AVIMETAL has used its self-developed titanium alloy powder to produce a high-performance wing support component in a single integrated build, drawing on the structures of bird bones and insect wings for topology optimization. The result is a 40% reduction in weight and a 26% increase in range. The achievement was disclosed in a review of frontier additive manufacturing applications published by People's Daily in November 2026, and stands as a representative case of 3D-printed critical components in aerospace. The wing support component uses titanium alloy powder as its raw material and is built layer by layer through additive manufacturing as a single integrated part, replacing the traditional subtractive machining route. Its structural design was topologically optimized based on biomimetic forms referencing bird bones and insect wings, greatly reducing component weight while maintaining strength. The titanium alloy powder is developed and supplied in-house, meaning that material composition and printing process parameters are matched within the same system, supporting stable control of the component's mechanical properties and build quality. The report also makes clear that 3D printing has become an important process for critical components such as drones, rocket engines, and satellite brackets. In aerospace, the batch consistency of titanium alloy powder and its coupling with the build process directly determine the yield and performance of such lightweight components. The rollout of AVIMETAL's component is a concrete example of integrated metal powder and additive manufacturing equipment capability applied to aviation structural parts.