A vibration dampening device including: a first section having a first section support assembly configured to support vibratory machinery; a second section having a second section support assembly configured to allow the vibration dampening device to be suspended by a support apparatus; wherein a portion of the first section support assembly protrudes through one or more second section apertures in the second section, and a portion of the second support assembly protrudes through one or more first section apertures in the first section; and wherein the portion of the first section support assembly which protrudes through the second section aperture is one or more first section support arms, and the portion of the second section support assembly which protrudes through the first section aperture is one or more second section support arms characterised in that a plurality of fluid fillable absorbers, in fluid communication with a fluid source, located between the first and second sections for absorbing at least a portion of a vibratory force transferred from operation of the vibratory machinery including a first pair (40a, 40d) and a second pair (40b, 40c) of fluid fillable absorbers, wherein a fluid flow rate is different for the pairs (40a, 40d; 40b, 40c) of the plurality of fluid fillable absorbers such that the pairs are: configured to fill with fluid at a different rate; and configured to expel fluid at a different rate; thereby allowing for varying frequency components of the vibratory force to be absorbed; a displacement feedback assembly for detecting displacement between the first and second sections (20, 30), wherein the vibratory force from the operation of the vibratory machinery causes the displacement of the first section relative to the second section; and a fluid control system, operatively connected to the displacement feedback assembly and in fluid communication with the one or more fluid fillable absorbers, wherein the displacement feedback assembly actuates the fluid control system to control the flow of fluid for the one or more fluid fillable absorbers by supplying fluid to and expelling fluid from the one or more fluid fillable absorbers in response to detection of the displacement; and at least one of: a first section coupling element is coupled to the one or more first section support arms for coupling the vibratory machinery to the vibration dampening device; and a second section coupling element is coupled to the one or more second section support arms for coupling the support apparatus to the vibration dampening device. a first section having a first section support assembly configured to support vibratory machinery; a second section having a second section support assembly configured to allow the vibration dampening device to be suspended by a support apparatus; wherein a portion of the first section support assembly protrudes through one or more second section apertures in the second section, and a portion of the second support assembly protrudes through one or more first section apertures in the first section; and wherein the portion of the first section support assembly which protrudes through the second section aperture is one or more first section support arms, and the portion of the second section support assembly which protrudes through the first section aperture is one or more second section support arms characterised in that a plurality of fluid fillable absorbers, in fluid communication with a fluid source, located between the first and second sections for absorbing at least a portion of a vibratory force transferred from operation of the vibratory machinery including a first pair (40a, 40d) and a second pair (40b, 40c) of fluid fillable absorbers, wherein a fluid flow rate is different for the pairs (40a, 40d; 40b, 40c) of the plurality of fluid fillable absorbers such that the pairs are: configured to fill with fluid at a different rate; and configured to expel fluid at a different rate; thereby allowing for varying frequency components of the vibratory force to be absorbed; a displacement feedback assembly for detecting displacement between the first and second sections (20, 30), wherein the vibratory force from the operation of the vibratory machinery causes the displacement of the first section relative to the second section; and a fluid control system, operatively connected to the displacement feedback assembly and in fluid communication with the one or more fluid fillable absorbers, wherein the displacement feedback assembly actuates the fluid control system to control the flow of fluid for the one or more fluid fillable absorbers by supplying fluid to and expelling fluid from the one or more fluid fillable absorbers in response to detection of the displacement; and at least one of: a first section coupling element is coupled to the one or more first section support arms for coupling the vibratory machinery to the vibration dampening device; and a second section coupling element is coupled to the one or more second section support arms for coupling the support apparatus to the vibration dampening device. a first section coupling element is coupled to the one or more first section support arms for coupling the vibratory machinery to the vibration dampening device; and a second section coupling element is coupled to the one or more second section support arms for coupling the support apparatus to the vibration dampening device.