机器人技术正处在数据化驱动和超级智能影响的初级阶段,相对于目前在工业领域使用的机器人技术,通常需要将这类已经使用的机械臂理解为机器技术向机器人技术迁移的过渡阶段。随着3D打印技术的成长,我们现在可以低成本地获得所需要的机器人外形,如果将3D打印技术与机器人技术复合,可以重新定义机器人概念,并因此获得“超级智能机器人”的原形。建立在机器人无定形概念下,现在的生产线将从目前设定领域的作业过程向任意领域的自由制造转型。 Robotic technology is in the early stages of data-driven and super-smart effects and often requires the use of such used robots as a transitional phase in the migration of machine technology to robotics relative to robotics currently used in the industrial arena. With the growth of 3D printing technology, we can now get the robot shape we need at low cost. If 3D printing technology is combined with robotics, we can redefine the concept of robot and get the prototype of “Super Intelligent Robot”. Built on the concept of robot-based amorphism, the current production line will transform from the current set-up of homework to the freedom-to-manufacture of any field.