Honing is a technology for mechanical finish-machining of metallic parts and brittle-hard ceramic. According to DIN 8589 T14 [1], honing is defined as cutting with geometrically undefined cutting edges, during which multiedge tools conduct a cutting motion consisting of two components. At least one component of the cutting motion is a stroke motion, so that the machined surface shows defined crossing traces. Shape elements machinable with honing are determined by the technological variants: plane, cylindrical, screw, hob, profile, and form honing. The shape elements are machinable inside and outside. An additional subdivision of the technology into long-stroke honing and superfinishing is undertaken in relation to the cutting motion. During superfinishing, also described as short-stroke honing, a rotary motion is overlapped with a short-stroke oscillating motion. The cutting motion during long-stroke honing consists of a rotary motion and a long-stroke oscillating motion.