System for continuous electroplating a region of a strip comprising an unwinding station, from which the non-electroplated strip can be unwound and fed to a first electroplating station, and comprising a driven winding station, in which the electroplated strip can be wound up, and comprising a control device, wherein the first electroplating station comprises: a circular, horizontally arranged holding device, which can be rotated about a vertical axis and at the outer edge of which the strip can be held so, that the region to be electroplated projects downwards; an endless drive belt, which over a part of the circumference abuts the outer edge and the strip is held between the outer edge and the drive belt and is thereby conveyable in the circumferential direction; a drive for rotating the holding device; electroplating baths, which are distributed over a part of the circumference of the holding device and are arranged below the holding device, so that the region of the strip to be electroplated can be conveyed through the baths and electroplated there, wherein the unwinding station can be driven and the drive of the unwinding station can be adjusted in its speed to the drive speed of the holding device via a first speed adjustment device, characterized in that the electroplating baths comprise a central basin in which electrodes are located and through which the strip is conveyed in order to be electroplated, and in that the baths have an overflow basin for collecting the electrolyte, a pumping system and an electrical connection, wherein all components of the electroplating bath are mounted on a frame resting on rollers and thus forming a trolley, wherein at least the basins and are adjustable in height so that after lowering, the electroplating bath can be moved out of the electroplating station and in this way the baths can be easily exchanged, and wherein the electroplating baths have a trapezoidal shape so that they form a hexagonal shape when lined up and each bath forms one side of the hexagon, wherein the electroplating baths in an electroplating station form five sides of a hexagon and the supply and removal of the strip takes place via the sixth side. a circular, horizontally arranged holding device, which can be rotated about a vertical axis and at the outer edge of which the strip can be held so, that the region to be electroplated projects downwards; an endless drive belt, which over a part of the circumference abuts the outer edge and the strip is held between the outer edge and the drive belt and is thereby conveyable in the circumferential direction; a drive for rotating the holding device; electroplating baths, which are distributed over a part of the circumference of the holding device and are arranged below the holding device, so that the region of the strip to be electroplated can be conveyed through the baths and electroplated there, wherein the unwinding station can be driven and the drive of the unwinding station can be adjusted in its speed to the drive speed of the holding device via a first speed adjustment device, characterized in that the electroplating baths comprise a central basin in which electrodes are located and through which the strip is conveyed in order to be electroplated, and in that the baths have an overflow basin for collecting the electrolyte, a pumping system and an electrical connection, wherein all components of the electroplating bath are mounted on a frame resting on rollers and thus forming a trolley, wherein at least the basins and are adjustable in height so that after lowering, the electroplating bath can be moved out of the electroplating station and in this way the baths can be easily exchanged, and wherein the electroplating baths have a trapezoidal shape so that they form a hexagonal shape when lined up and each bath forms one side of the hexagon, wherein the electroplating baths in an electroplating station form five sides of a hexagon and the supply and removal of the strip takes place via the sixth side.