麻省理工学院发明了“Xstrings”,一种3D打印方法,使复杂的电缆驱动物体的生成自动化。 MIT invents "Xstrings," a 3D printing method that automates the creation of complex cable-driven objects.

麻省理工学院研究人员开发了一种叫作“Xstrings”的3D印刷技术, 使生物机器人和雕塑等有线驱动物体的生成自动化。 MIT researchers have developed a 3D printing technique called "Xstrings" that automates the creation of cable-driven objects like bionic robots and sculptures. 这种方法允许软件设计定制,然后一步地打印所有部件,包括电缆和关节。 This method allows for customization of designs in software, then prints all parts including cables and joints in one step. 它加速了40%的生产,使复杂的结构更容易制造,并有可能使机器人和艺术等行业发生革命。 It speeds up production by 40%, making complex structures easier to manufacture and potentially revolutionizing industries like robotics and art.