Manufactoring case study Example | Topics and Well Written Essays - 1500 words

Manufactoring - Case Study Example This part is also required to be stronger. Moreover, the extreme humidity may also damage the same by the formation of rust throughout the metallic body of the tool. However, there also some of the punch tools that are made up of plastic, especially the lever (Paper Pro Inc., â€Å"Home.†). The product generally stays in the normal room temperature and humidity. However, with the extreme humidity it might rust its surface. It generally stays in the hands of users therefore the presence of moisture in the hands might also form rust. Moreover, it is also observed in the table or shelf of an office or an educational institute or in the living room (Davis 1-58). The parts that are more vulnerable to be damaged after the execution of physical pressure are the punches and the lever. These parts are directly connected to the body of the punch machine and with the holes of the same. It is also connected with the part of the instrument, where the pressure is exerted (Davis 1-58). The inside dimensions of the lever and punch are very important aspect for a punch machine to be effective. The proper dimension of the lever for the satisfaction of the customer can be achieved by exerting less pressure for making paper holes. Moreover, the proper dimension of the punches is also important as leads to the formation of the holes at the specific dimension in papers (Davis 1-58). There are also certain non-dimensional attributes that are required to be considered. These include proper smoothness and color throughout the body of the tool. The body of the tool is also required to be designed as per the segments of the customers. If the tool is used in the corporate offices, it is desirable to have a corporate look. Further, if the tool is used by a young boy or a girl, it is required to be designed accordingly (Davis 1-58). The material that is used in the punches and in the lever is generally of steel. Steel is one of the strongest alloys of the