A hydrodynamic slide bearing unit has a first race surface (3) in a housing and a second race surface (1) on a shaft sleeve.

According to the invention, the slide surface (19, 24) is formed by a slide-surface coating (20) which is applied to the body of the prosthesis component (10, 22), wherein the slide-surface coating (20) has an antimicrobial action.

A first slide surface (16) of the slide bearing (13) faces the cam roller (12) and a second slide surface (17) of the slide bearing (13) faces the bearing pin (15).

The optical function surface (11) includes a sliding surface section (13) and an uneven surface section (12) adjacent to each other.

The lateral side rail tubes (24, 26) are supported by plurality of transverse tubes (46, 48) and transverse trusses (52, 54) such that the side rail tubes maintain the sliding surface in a taut condition suitable for use as a slide.

Due to the various designs of sockets, skid-type shells with different outer diameters have to be made available for every gliding surface diameter.

The spinning travellers then slide exclusively on the running-face rings which are optimized for this purpose.

The bottom panel acts as a sliding surface, as the pallet is moved on a flat base.

A peripheral enclosing sealing lip (7) is formed on both sides of the sealing surface extension running from a sealing surface recess (6).

The slide-surface coating (20) according to the invention acts against microorganisms in the area of the slide joint.