Development of mould to fabricate alumina cutting tool by using 3D printer technology with ABS and PLA material

Mohamad Sattar, Mohamad Rusydi Azim (2018) Development of mould to fabricate alumina cutting tool by using 3D printer technology with ABS and PLA material. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Most important parts in industrial are the cutting tool. This cutting tool is important due to many usage and function in the production parts. It acts as a removing tool or also knows as cutting or cutter. The production parts have many shapes such as round, square and also rectangular. The common cutting tool material that been used is ceramic cutting tool. To produce a cutting tool it must have the mould. A fixed shape that have cavity to fill in the material and been compact to produce the cutting tool. The conventional mould is using high tooling and cost that burden the small medium industrial. Therefore, this project is to design and develop a mould by using the 3D printer technology with Acrylonitrile Butadiene Stryene (ABS) material and Poly Lactic Acid (PLA). The development of mould will be show. To conduct the study, a mould model was designed by using CATIA. Furthermore, in many aspects will be considered such as the design, performance, strength and also surface roughness. The mould will be focused on the performance analysis. It will through some of process and test to collect date due to get excellent finish product. The mould will test and experimented due to improve the product.

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