Reliable Precision For The Most Well-Hidden Corners

Regardless of their design sophistication, it is sometimes impossible to avoid creating hard-to-reach points on workpieces. In die construction, deep cavities are the order of the day. In mechanical engineering, slim ribs have to be milled on the workpiece or precise contours or fine holes have to be added to hard-to-reach points. The interference contours of proven toolholders quickly become knockout criteria in those cases: when space is limited, the point in question may be difficult to access without damaging the workpiece. In tool ginding, grinding wheels and bulky toolholders quickly find themselves on a collision course. All of these cases require slim toolholder systems with minimized interference contours. They have to penetrate into the most well-hidden corners, transmit sufficient torque and guarantee high precision at the same time.