As metal additive manufacturing deepens into high-value sectors such as aerospace, defense, and energy, small-batch alloy development is emerging as a strategic capability. Traditional powder production infrastructure is designed around "yield," suited for bulk manufacturing of mature alloys, but early-stage alloy development demands "agility"—it may require comparing multiple similar formulations before identifying the optimal composition, and only 10 to 50 kilograms of powder may be needed to generate meaningful validation data. In this context, large atomizers are not an advantage but a barrier: interrupting production, full cleaning, running small-batch development campaigns, then preparing the line for the next alloy—processes that are costly and inefficient. Small-batch alloy development fills the gap between lab-scale (a few grams) and production-scale (thousands of kilograms), providing a practical pathway for proprietary alloy recovery, high-value material reuse, and rapid material iteration.