The invention relates to a soil cultivation device (1), comprising two tool rows of hollow disks (5, 6) of a first hollow disk row (5) and of a second hollow disk row (6), in which tool rows one hollow disk in the first hollow disk row is offset slightly toward the rear. In the second hollow disk row, one hollow disk is in a position offset toward the front. In order to avoid lateral pulling for such a soil cultivation device (1), the hollow disk rows (5, 6) were arranged relatively symmetrically and were offset where the hollow disks point toward each other with the convex sides (16) of the hollow disks or with the concave (10) sides of the hollow disks. This offsetting optimizes the soil flow and prevents components from being able to collide. Thus uniform soil cultivation across the entire operating width of the device (1) is ensured, even in the range of large operating depths by means of hollow disks that have a large diameter.
