本发明公开了一种增材制造用高强钛合金的球形粉末制备方法，包括以下步骤：一、将钛合金电极棒进行精加工；二、将经精加工后的钛合金电极棒装入等离子旋转电极雾化制粉设备，并抽真空；三、向抽真空后的等离子旋转电极雾化制粉设备内通入混合气体，进行雾化制粉，得到雾化粉末；四、将雾化粉末进行真空封装，得到钛合金球形粉末。本发明将经精加工后的钛合金电极棒装入等离子旋转电极雾化制粉设备进行雾化制粉，通过控制雾化制粉的各项工艺参数，实现了钛合金球形粉末的制备，解决了球形粉末的细化、防止球形粉末Fe元素的偏析，避免‘β斑’的形成等问题，实现了产品质量稳定性的规模化生产，方法简化可行，制备的钛合金球形粉末质量稳定。

The invention discloses a spherical powder preparation method for high strength titanium alloy for material addition manufacturing, including the following steps: 1. Finishing the titanium alloy electrode rod; secondly, installing the refined titanium alloy electrode rod into the plasma rotary electrode atomization powder making equipment and vacuumizing; thirdly, the mixing gas is injected into the powder making equipment after vacuum extraction, and then the mixing gas is injected into the powder making equipment after vacuum extraction The powder was atomized by atomization, and the fourth was vacuum packaging to obtain the spherical powder of titanium alloy. The invention puts the titanium alloy electrode rod after finishing into the plasma rotary electrode atomization powder making equipment for atomization. By controlling the various process parameters of atomization, the preparation of titanium alloy spherical powder is realized, the refinement of spherical powder, the segregation of Fe element of spherical powder is prevented, the formation of "β spot" is avoided, and the specification of product quality stability is realized The method of mould production is simple and feasible, and the quality of titanium alloy spherical powder is stable.