Rc car shell Essay Example | Topics and Well Written Essays - 2500 words

Rc car shell - Essay frameworkShells for RC cars dissolve be manufactured victimisation a variety of ways, which have similarities but differ in divers(prenominal) ways. The common aspect with all the manufacturing processes is that they require a mould or pattern that takes the incarnation of the car shell so that the design of the shell can be similar. The moulds are also different because some of them are positive whereas others are negative (Groover 2013). Before manufacturing begins, the company must choose the take up process in terms of a variety of needs. For instance, the manufacturing process to be chosen should be fast, succession conscious and should also have the ability for a high product output but at the same time produce high quality products. It should also use readily available and tawdry raw materials rather than expensive ones.As stated above, many processes exist that can be utilise when manufacturing RC runabout shell. These include Compression mould ing, Reaction Injection Moulding, thermoforming and transfer moulding. All these manufacturing processes are viable for manufacturing an RC Buggy shell. This paper will discuss all these manufacturing processes in terms of their viability, advantages and disadvantages and make a recommendation on the one that is the most viable option among them for manufacturing an RC Buggy shell.Reaction Injection Moulding This is one of the methods that are used to manufacture shell for RC cars. In this method, the manufacturer has to build a special mould using a pattern that is similar to the shape of RC buggy Shell. After the first process, the manufacturer can thusly start working with the material that should be used. This is important because the method requires a mixture of two materials that must be put into a mould cavity, where a chemical reaction is introduced so that these two materials can react to form a solid in a solidification process that creates a conjoin between the material s