AVIC MT recently announced a mass production breakthrough in the 100% recycling of coarse titanium alloy powder, adding approximately 500 tons per year of high-performance recycled titanium alloy powder capacity and fully reaching production of 1,800 tons per year of high-quality recycled titanium powder. This marks the company's key leap from process validation to large-scale production. The core of the breakthrough lies in converting coarse titanium alloy powder into high-performance recycled titanium alloy powder through a recycling process and achieving stable mass production. The additional 500 tons per year and the full ramp-up of 1,800 tons per year of recycled titanium powder mean that the titanium alloy powder recycling segment now has large-scale supply capability, providing capacity support for low-cost, green supply of titanium alloy materials for additive manufacturing. For the metal additive manufacturing industry chain, mass production of recycled titanium alloy powder helps reduce titanium material usage costs, cut waste powder emissions and raw material waste, ease the pressure of titanium alloy powder price fluctuations on downstream users, and improve titanium resource utilization efficiency, driving additive manufacturing titanium alloy materials toward green and sustainable supply. Value for powder buyers: (1) Recycled titanium alloy powder now has large-scale supply, so buyers can include it in their qualified supplier and alternative material source systems to strengthen bargaining power and supply security; (2) buyers are advised to re-test recycled powder batches for chemical composition, oxygen content, particle size distribution and flowability, and to validate the process window for specific printing processes; (3) for cost-sensitive or non-critical load-bearing parts, priority trial use of recycled titanium powder is recommended to balance performance and cost, while paying attention to the stability and traceability of the supplier's recycling process.