Machinability Study Utilizing Vortex Machining Approach - Delcam Software

Nur Ezzy Fazyra, Md. Yunus (2015) Machinability Study Utilizing Vortex Machining Approach - Delcam Software. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Machinability Study Utilizing Vortex Machining Approach - Delcam Software.pdf - Submitted Version Download (335kB)

Abstract

This project was done to validate the capability of Vortex Machining than can minimize the cycle time of machining because of the capability to machine a part with a shorter time and cut deeper depth in one cut compared to the conventional machining and Computer Numerical Control (CNC) machining. The Vortex Machining also had been validating three times tool diameter depth of cut. The project was conduct by using 3-axis CNC milling machine for both machining with variation of different materials. The result from this project that the machined part that undergo through Vortex Machining had been reduced the time to cut deeper depth in one cut compare to conventional machining. Other than that, the results obtained are to validate the Vortex Machining reduce cycle time compare to conventional machining. For aluminium materials, cycle time of machined part just need a shorter time to cut deeper depth in one cut compare with mild steel materials because aluminium is more frictionless surface than steel that have hard surface. The analysis from the results also considered the dimensional accuracy and surface roughness. From this project, the Vortex Machining was given a positive impact to the nowadays technology especially in industries field because the production time can be reduce and increase the productivity of the company and beneficial to community. Vortex Machining was the faster machining and can increased tool life that totally can cut tooling costs. Vortex develops offsets from the part profile to produce efficient on roughing process to produce efficient toolpaths regardless of part shape.

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