A vibration system (10) including: a vibrating circular plate (101) having an outer circumference； a tubular support element (102) for receiving and holding the vibrating plate (101) concentrically in the tubular support element so that the vibrating plate is perpendicular to the central axis of the tubular support element, surrounding the support element (102) the outer circumference of the vibrating plate (101) and aligning the vibrating plate (101), where the tubular support element (102) has an inner circumference (105) and an outer circumference (104)； and where the outer circumference of the vibrating plate (101) is placed inside and contacts the inner circumference (105) of the support element (102)； an annular vibration induction element (103) arranged concentrically around the outer circumference (104) of the support element and surrounding the support element (102), where the vibration induction element (103) is configured to expand and contract radially against the support element (102) in order to produce axial vibration of the vibrating plate (101), and a mounting structure (111) disposed within the tubular support element (102), supporting the mounting structure (111 ) the vibrating plate (101).Un sistema de vibración (10) incluyendo: una chapa circular vibrátil (101) que tiene una circunferencia exterior； un elemento de soporte tubular (102) para recibir y sujetar la chapa vibrátil (101) concéntricamente en el elemento de soporte tubular de modo que la chapa vibrátil sea perpendicular al eje central del elemento de soporte tubular, rodeando el elemento de soporte (102) la circunferencia exterior de la chapa vibrátil (101) y alineando la chapa vibrátil (101), donde el elemento de soporte tubular (102) tiene una circunferencia interior (105) y una circunferencia exterior (104)； y donde la circunferencia exterior de la chapa vibrátil (101) está colocada dentro y contacta la circunferencia interior (105) del elemento de soporte (102)； un elemento anular d
