Titanium powder 3D printing will drive a lightweight revolution in the automotive industry. New energy vehicles urgently need to reduce weight and fuel consumption. Chassis components and suspension systems printed with titanium powder are 60% lighter than steel parts and can increase driving range by 15%. Furthermore, titanium powder printing can form complex structures in one piece, reducing the number of parts, minimizing assembly errors, and improving vehicle safety.
The use of high-flow titanium powder has increased printing efficiency by 200%, gradually reducing production costs and laying the foundation for mass production. In the future, composite printing of titanium powder and carbon fiber will further enhance component strength. It is expected that by 2028, high-end new energy vehicles will widely adopt titanium powder 3D printed components, driving a 35% annual growth in demand for automotive titanium powder and reshaping the automotive manufacturing supply chain.