A fabric treating machine comprises: a driving unit (170, 510) which comprises a rotor (171, 511), a stator (172, 512) and a rotary shaft (190, 513) and generates a rotary power; a bearing unit for supporting the rotary shaft (190, 513); and a first vibration mitigation part which is disposed between the stator (172, 512) and the bearing unit and reduces the vibration transfer between the stator (172, 512) and the bearing unit as the one side of which is connected to the stator (172, 512) and the other side of which is connected to the bearing unit, characterized in that the first vibration mitigation part (180, 280, 380, 530) is shaped as an open ring and is multiply bent to up and down direction, wherein the first vibration mitigation (180, 280, 380, 530) part comprises: a plurality of bearing connection portions (181, 281, 381) which are connected to the bearing unit and are disposed separately each other with the prescribed intervals, and a plurality of stator connection portions (182, 282, 382) which are connected to the stator (172, 512) and are disposed among the plurality of bearing connection portions (181, 281, 381), and a plurality of connection portions (183, 283, 383, 403) which connect the plurality of bearing connection portions (181, 281, 381) to the plurality of stator connection portions (182, 282, 382), wherein the plurality of bearing connection portions (181, 281, 381) and the plurality of stator connection portions (182, 282, 382) are disposed at the different plane with respect to each other; and the plurality of bearing connection portions (181, 281, 381) are disposed to contact with the bearing unit, and the plurality of stator connection portions (182, 282, 382) are disposed to contact with the stator (172, 512) by bending from the plurality of bearing connection portions (181, 281, 381). a driving unit (170, 510) which comprises a rotor (171, 511), a stator (172, 512) and a rotary shaft (190, 513) and generates a rotary power; a bearing unit for supporting the rotary shaft (190, 513); and a first vibration mitigation part which is disposed between the stator (172, 512) and the bearing unit and reduces the vibration transfer between the stator (172, 512) and the bearing unit as the one side of which is connected to the stator (172, 512) and the other side of which is connected to the bearing unit, characterized in that the first vibration mitigation part (180, 280, 380, 530) is shaped as an open ring and is multiply bent to up and down direction, wherein the first vibration mitigation (180, 280, 380, 530) part comprises: a plurality of bearing connection portions (181, 281, 381) which are connected to the bearing unit and are disposed separately each other with the prescribed intervals, and a plurality of stator connection portions (182, 282, 382) which are connected to the stator (172, 512) and are disposed among the plurality of bearing connection portions (181, 281, 381), and a plurality of connection portions (183, 283, 383, 403) which connect the plurality of bearing connection portions (181, 281, 381) to the plurality of stator connection portions (182, 282, 382), wherein the plurality of bearing connection portions (181, 281, 381) and the plurality of stator connection portions (182, 282, 382) are disposed at the different plane with respect to each other; and the plurality of bearing connection portions (181, 281, 381) are disposed to contact with the bearing unit, and the plurality of stator connection portions (182, 282, 382) are disposed to contact with the stator (172, 512) by bending from the plurality of bearing connection portions (181, 281, 381). a plurality of bearing connection portions (181, 281, 381) which are connected to the bearing unit and are disposed separately each other with the prescribed intervals, and a plurality of stator connection portions (182, 282, 382) which are connected to the stator (172, 512) and are disposed among the plurality of bearing connection portions (181, 281, 381), and a plurality of connection portions (183, 283, 383, 403) which connect the plurality of bearing connection portions (181, 281, 381) to the plurality of stator connection portions (182, 282, 382), wherein the plurality of bearing connection portions (181, 281, 381) and the plurality of stator connection portions (182, 282, 382) are disposed at the different plane with respect to each other; and the plurality of bearing connection portions (181, 281, 381) are disposed to contact with the bearing unit, and the plurality of stator connection portions (182, 282, 382) are disposed to contact with the stator (172, 512) by bending from the plurality of bearing connection portions (181, 281, 381).