A vibration damper includes a piston rod (2) which transitions into a piston rod neck (4) while forming a contact shoulder (6) and guides a piston valve (1) at this piston rod neck (4), this piston valve (1) is pretensioned against the contact shoulder (6) of the piston rod (2). To reduce variances in damping force in batch fabrication of the vibration damper, a compensating disk (20) is fitted axially between the contact shoulder (6) and the piston valve (1), which compensating disk (20) is produced from a material with a lower yield strength compared to the piston rod (2) and/or compared to an immediately succeeding component of the piston valve (1).

A damping assembly includes a mount comprising a circular opening and a support configured to be inserted into said circular opening of said mount. The support comprises a baseplate having a cylindrical outer lateral surface. The support comprises a damping cylinder comprising an inner lateral surface surrounding the outer lateral surface of said base and an outer lateral surface configured to be held on said circular opening. Said damping cylinder comprises at least one radial projection protruding from the inner lateral surface of said damping cylinder or from the outer lateral surface of said damping cylinder.

A tunable, self-centering vibration damping and isolation system for stabilizing vibration-sensitive devices such as cameras and surveillance systems. A lower mounting plate is provided having a plate aperture. An upper plate is provided having an outwardly-depending shaft extending through the plate aperture to receive a camera or surveillance system. The upper plate is offset and flexibly supported above the lower mounting plate by a plurality of wire rope isolator elements and a plurality of elastomer O-ring elements, the properties of each of which are selected based at least in part on a user-defined or predetermined set of vibration displacement, velocity, frequency, or acceleration data. The camera or surveillance system is suspended through the aperture on the terminal end of the shaft so as to be supported on the plurality of wire rope isolator elements and O-ring elements.