Improvement of Machining Thin-Walled Parts Generated by Hybrid Manufacturing Using Optimalized Support

Abstract

This paper is intended to show the problem in the production of thin-walled parts using hybrid manufacturing. It is necessary to machine the parts generated by 3D printing at certain stages of the production process. The problem can occur when machining thin-walled parts. This paper shows a way of change the critical depth of cut by adding a supporting structure instead of changingthe cutting parameters.