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One of the capabilities of CAD systems is the creation of 3D solids assemblies, which visualize the movable mechanical systems of machines and devices, on the basis of which it is possible to generate parameters of selected kinematic pairs of assemblies [1, 2, 3]. Machines with extended kinematic system include, among others, conventional cutting machines. The machine design assumptions concern both the economic considerations of production, the greatest number of products and the reliability of the machine itself. In order to meet these criteria, proper operation of the machine is necessary and, above all, the proper design of individual components and modules, which meet the requirements of the modern production process [4]. The purpose of this paper was to present the possibility of modeling complex kinematic assemblies and generating characteristics of selected parameters using Motion Simulation and Recur-Dyn solver implemented in NX 9 system.

The application of NX9 system’s Motion Simulation module in constructing elements of the cutting machines kinematic scheme