MID oscillating base-Field for monitor (cm.50.80 x cm.33.02). Tilt at the bottom of 5.

The Recoil Stabilizer An oscillating platform for Nearfield monitor that eliminates the destructive resonant coupling of the case with the auction or the surface on which it supports, offering a solid base that strongly reduces the displacement caused by the movement energy of the case. Composed of 3 elements, the staberizer recoil has a high density urethane sponge base which island the case from the surface on which it supports (shelf, monitor-Bridge or auction) To effectively eliminate the harmful resonance caused by the vibration that would otherwise be transmitted to the underlying structure.

Although isolation solves a problem, for, unfortunately causes another. Think about what happens when you shoot a rifle shot. The energy of the bullet explodes ahead while the rifle bounces back. This is not very different from what happens to a cash. When a transient is emitted by the case, it has the same effect. The speaker energy moving forward, forces the cashier to move back and bounce, reducing the effectiveness of the transient reproduction. To eliminate the rebound, the cash must be stabilized by adding mass. This is the magic of the stabilizer; By introducing a steel plate with a heavy mass cut with the laser, the additional mass keeps the case in position, very similar to an autopilot that prevents a missile from changing route.

To make sure the case does not move, an anti neoprene slide is also applied. This, together with the insulating sponge, closes the stabilizing plate at sandwich so that they do not resound. This effect is also reinforced by a curved front panel to increase the mass, ed
Eliminate possible stationary waves.

The results are impressive !! By reducing the rebound energy when the speaker coil pushes ahead, the initial wave transients are no longer delay and the precision of the resulting impulse greater. A significantly greater detail is obtained at all frequencies, with bass more defined and best depth of field.