It is known from theory and practice that the workability of wood depends on structural parameters that are closely related to the physical, mechanical and chemical properties of the type of wood itself, and disturbance parameters that refer to the technological and geometric parameters determined by the specific processing regime. That machinability, in addition to the mechanical output sizes, is often expressed by the quality, that is, the roughness of the processed surface. By defining a mathematical model in the process of planing solid wood in which the input sizes are processing parameters: wood density (ρ), feed rate (m/min) and number of cutting spirals (z), and the spilled sizes are praamters of roughness of the treated surface (Ra and Rz), and by applying optimization methods, optimal solutions for the process of planing solid wood on planer machines will be determined, so that the obtained Yoptim model will aim to improve the workability of solid wood, specifically its roughness of the processed surface.

Skratiti vremena izrade, iskoristiti maksimalno radno vrijeme, samo su neki od ciljeva koji se postavljaju u savremenoj industrijskoj proizvodnji. Jedan od glavnih ciljeva CIM koncepta je integracija svih podsistema industrijskog sistema. Nemoguce je skratiti vremena izrade, te na vrijeme otkriti greske koje se javljaju u procesu proizvodnje i iste otkloniti brzo, bez primjene racunara. CAD igra najvažniju ulogu u CIM - sistemu proizvodnje, jer je to ulazni format za ostale CAx aplikacije