Investigation of the High Dynamic Wood Processing Regarding Tool Imbalance and Surface-Quality

High dynamic wood processing is manufacturing of sustainable resources at its limits. Facing challenges to determine the influence of minor tool and clamping imbalance regarding the surface quality of wood machining and structural behavior of the machine tool, this article is presenting an approach to evaluate and classify the impact of tool imbalance at high speed rotation. Therefore, a variety of process scenarios and tool configuration are investigated. To quantify the surface-quality several state of the art measurement systems and evaluation methods are used. Finally, it is possible to connect the structural surface information with the balance factor and implement routines to measure natural massive wood surfaces.