A casting device for tilting-pour gravity casting, comprising - a first static frame, - a second rotatable frame adapted to be rotated with respect to said first static frame over a horizontal axis wherein said second rotatable frame is adapted to hold a mold having a mold cavity and at least one inlet through which molten metal can flow into said mold cavity, - a pouring container to contain molten metal having at least one pouring outlet through which said molten metal can flow by gravity from said pouring container to said mold inlet, and - a movable holding arm attached to said second rotatable frame adapted to hold said pouring container so that the pouring container outlet is positioned in correspondence with said mold inlet with a pressing force over the mold as to avoid spills of molten metal out of said pouring container through the contact area of said pouring container and said mold, wherein said movable holding arm comprises an adjusting mechanism device (47,49,55) for adjusting the position of the pouring container with respect to the position of said mold inlet in the direction of three space axes X, Y and Z with respect to said mold inlet, characterized in that the adjusting mechanism device comprises three individual adjusting mechanisms (47,49,55) the first adjusting mechanism being provided for moving the pouring container in the direction of the space axis X, the second adjusting mechanism being provided for moving the pouring container in the direction of the space axis Y, and the third adjusting mechanism provided for moving the pouring container in the direction of the space axis Z. - a first static frame, - a second rotatable frame adapted to be rotated with respect to said first static frame over a horizontal axis wherein said second rotatable frame is adapted to hold a mold having a mold cavity and at least one inlet through which molten metal can flow into said mold cavity, - a pouring container to contain molten metal having at least one pouring outlet through which said molten metal can flow by gravity from said pouring container to said mold inlet, and - a movable holding arm attached to said second rotatable frame adapted to hold said pouring container so that the pouring container outlet is positioned in correspondence with said mold inlet with a pressing force over the mold as to avoid spills of molten metal out of said pouring container through the contact area of said pouring container and said mold, wherein said movable holding arm comprises an adjusting mechanism device (47,49,55) for adjusting the position of the pouring container with respect to the position of said mold inlet in the direction of three space axes X, Y and Z with respect to said mold inlet, characterized in that the adjusting mechanism device comprises three individual adjusting mechanisms (47,49,55) the first adjusting mechanism being provided for moving the pouring container in the direction of the space axis X, the second adjusting mechanism being provided for moving the pouring container in the direction of the space axis Y, and the third adjusting mechanism provided for moving the pouring container in the direction of the space axis Z.