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DESIGN AND MODELING OF A KINEMATICALLY-CONSTRAINED TRACTION-DRIVE SPINDLE FOR MICRO MACHINING

机译:用于微型加工的运动运动学牵引轴主轴的设计与建模

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This paper developed models which can be used to find the position a rotating tool holder held within a kinematically-constrained traction-drive spindle for various force and displacement inputs. The results suggest that the spindle would exhibit high stiffness and high speed. Several design challenges remain to be addressed, such as the removal of the tool holder from the spindle and application of the traction oil.
机译:本文开发了可用于在适用于各种力和位移输入的运动内牵引轴承内保持旋转工具夹持器的位置。结果表明主轴具有高刚度和高速。仍有几种设计挑战待解决,例如从牵引油的主轴和应用中移除工具支架。

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