At present Getinge can offer a new generation of trolleys that they produced in 2011. The trolley used to Getinge various autoclaves and has the primary task to help the user/sterilization personnel to transport shelves or baskets, with or without cargo, from a packing table to the autoclave. The purpose of this thesis has been to develop a primary solution how the docking process between Getinge trolleys and autoclaves can be improved. The work has in most part followed Fredy Olsson principle and primary construction method. The work has included product research, study visit and development of a requirements specification, to satisfy Getinge, their clients and circumvention products requirements. Using this information, it was taken up various product proposals were screened out by testing prototype and study of Cad-model, until only one product suggestions residue. The product proposal led to a primary solution that was designed and calculated in CATIA V5 and a simple prototype of the primary solution. The work resulted in a new loading area to Getinge trolleys. The loading area will help users on sterilization stations through an increased precision tolerance, which facilitate the docking process between the trolley and autoclave.