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English(EN) 3D-printed rocket fuel successfully tested, could enable lighter missiles and faster production rates — new additive manufacturing process tested at 1,800 PSI

初创公司成功测试用于更快生产的3D打印火箭燃料

Chromatic 3D Materials 成功测试了一种新型3D打印固体火箭推进剂,该推进剂能够承受高燃烧压力。这种添材制造工艺允许更复杂的燃料药柱几何形状,与传统方法相比,可能实现更轻的导弹和更快的生产速度。该技术还可以使火箭能够更长时间地储存,同时保持随时可用。 AI

影响 这种在添材制造方面的发展可以加速国防和太空应用先进推进系统的生产。

排序理由 这描述了一种新的火箭燃料制造工艺,这是3D打印技术的一种新颖应用。

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初创公司成功测试用于更快生产的3D打印火箭燃料

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这描述了一种新的火箭燃料制造工艺,这是3D打印技术的一种新颖应用。
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报道来源 [2]

  1. Tom's Hardware TIER_1 English(EN) · Etiido Uko ·

    3D打印火箭燃料成功测试,或可实现更轻型导弹和更快生产速度——新型增材制造工艺在1800 PSI下进行测试

    Chromatic 3D Materials has successfully tested 3D-printed rocket propellant capable of withstanding 1,800 PSI combustion pressures, potentially paving the way for faster rocket production, more advanced thrust geometries, and resilient distributed defense manufacturing.

  2. Mastodon — mastodon.social TIER_1 English(EN) · [email protected] ·

    3D打印火箭燃料成功测试,或可实现更轻型导弹和更快生产速度——Chromatic 3D Materials已成功测试3D打印

    3D-printed rocket fuel successfully tested, could enable lighter missiles and faster production rates — n… Chromatic 3D Materials has successfully tested 3D-printed rocket propellant capable of withstanding 1,800 PSI combustion pressures, potentially paving the way for faster roc…