A Flexible Mechanism Based Vibration Isolator for Machine Tool Application

The paper presents novel design of vibration absorber with innovative features including use flexible link based mechanism at the interface tool holder and cutting tool. ensures modification dynamic force interaction damping element results in lower transmissibility. It amplification relative velocity element, which significant reduction mass used for energy dissipation. presented has advantages passive economical operation comparison to active semi-active solutions. Further, proposed solution up 53% A real size been frequency range 0-1100 Hz maximum amplitude 700 N. Numerical simulations have performed consideration joint structural dynamics. Simulation FEA PRBM approach compared detailed analysis important parameters.