There is a whole lot of technical reasons that favor the multidimensionally moveable energy supply system especially for robotic applications. It offers high flexibility and cable protection in complex movements even in the 6th axis. A rotation of up to about +/- 380° per meter in the long axis is possible and, like the movement in the radius, is limited by a well-defined stop dog. A guiding of the cable around difficult geometric shapes is supported by this feature, and the service life is extended by defined minimum bending radii. The so-called trailer principle (ball and socket connection similar to the trailer coupling in automobiles) enables a high tensile strength absorption, which means flexible movements in all axes with a tested tensile strength of up to 2 340 N. The energy supply system is impact resistant, dirt repellent, rugged, abrasion resistant and chip proof. They glide over interfering edges and protects the cables by a smooth interior and exterior contour.

Small bending radii and the small pitch provide a space-saving installation. The installation and dismantling are very simple. The energy supply system consists of an injection molding part and doesn't need any elements along the tensile strength. They can be simply shortened or lengthened by their modular structure. The exterior stop dogs provide a high stability. Every system can be mounted on the robot and filled with cables simultaneously in a very short time with the universal assembly kit. The adaptation in the final trajectory is carried out with the installation set adjustable at all levels.