Development And Optimization Of Portable Vacuum Clamping

Abdul Rahman, Nabil Haikal (2017) Development And Optimization Of Portable Vacuum Clamping. Project Report. UTeM, Melaka. (Submitted)

Text Development And Optimization Of Portable Vacuum Clamping - Nabil Haikal Abdul Rahman - 24 Pages.pdf - Submitted Version Download (537kB)

Abstract

Manufacturing and workshop practices have become important in the industrial environment to produce products for the service of mankind. Clamping on milling machine usually use tools and holding device such as vise, magnetic and vacuum to clamp the workpiece. On this thesis, it is focused on clamping by using vacuum concepts. The purpose of this project is to develop and optimize the portable vacuum clamping. The method is to develop a concept design by using CATIA V5 and optimize it to apply the vacuum clamping method on the milling machine. Then, the development and fabrication of this product by using advance machining which was DMG Mori 5 Axis CNC milling machine. After this product was done fabricated, a selected test was undergo on the vacuum clamping to evaluate and experiment the result of the product. The result shows that vacuum clamping has better surface roughness result which is total of 1.696μm and the result for recommended depth of cut was 0.2mm. As a conclusion, all the various result of the analysis was taken and vacuum clamping can be able to apply and used for teaching purpose but there also some of limitation and suggestion that need to works out on future research.

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