Design, analysis and fabrication of automatic knife sharpener / Mohamad Faliq Fadzil

Nowadays, the process of sharpening a knife can be hard and tiring to sharpen their knife to razor sharp knife. Currently, people are using the traditional method such as slicing the blade with the sharpener stone. This traditional method requires a cyclic movement of hand with the additional pressure. Due to this action, user constantly require a lot of energy. With the constant cyclic process sometimes led to an injury to the user. Apart from that, user also have the difficulties to determine whether the knife is sharp enough. Due to the problem mentions, the objective of this project is to tackle all the problem. This project will focus on a product that can ease the process, reduce the risk to injuries and able to make sure the knife is sharp enough from the sharpening process. In this project, data will be collected from the user and analyse. Data collected will be used to create the Product Design Spec (PDS). As for the method of choosing the conceptual design, I’ve used a Pugh chart to compare the concept designs created based on various criteria. Each design will be given a rate based on various criteria and the total points accumulated will show the best design for this project. From there on, the concept design chosen will be created in solidworks to be used as the final design. Later on, the solidwork analysis was used to undergo analysis on the final design to predict the product’s real-world behaviour. Following this, was the most important part which is fabrication where the product manufacturing process happen. Lastly, the product that has fabricated must go through testing and make sure everything working supposedly. It is expected that the product would be sturdy and safe, and that it will assist the user efficiently in sharpening knives.