The dynamic balancing device comprises a balancing weight block (18), a balancing weight rope (17), a fixed block (16) and a pulley (20).

A weight applicator (80) has a magnet (82) for interacting with the ferromagnetic inlay (95) of the balancing weight (90) and holding the balancing weight (90).

This is effected without displacing counterbalancing weights.

Said shaft unit consists of at least one balancing shaft (10), which is configured as one piece with its balancing weight or weights (15).

Each side (72) of the concave parts extends upward.

This is followed by plating the component and the balancing weight to deposit a metal layer onto the balancing weight and the component until the component is balanced.

One or more secondary balancing weights are also included, each of which is capable of being mounted to, or held by, one of the primary weights.

The ferromagnetic inlay (95) provides a minor portion of the balancing weight's mass.

The invention relates to a balancing shaft, whose balancing weight (4) is located between two cylindrical bearing surfaces (2, 3) and which is configured as one piece with said weight.

One or more balancing weights are included, each of which is capable of being mounted to the clamp.

The invention relates to a method for fixing at least one balancing weight (1) to at least one point (2) on a hollow shaft (3), whereby the balancing weight(s) (1) is or are soldered to said point(s) (2).

Calculate the consumption of balancing weight correctly

The compartment (208) is then moved to a picking tray (210) in which the balancing weight (401) is delivered to a handling device for placing the balancing weight (401) to a wheel.

The invention relates to a wheel weight (5) consisting of a ceramic body (7), provided with means for bonded and/or form-fitting connection to a rim (3).

Proper body balance demands an equal distribution of weight.