A high level of intricacy can be obtained by this method depending upon the thickness of the layers with dimensional tolerances of +/-0.005” for the first inch and +/-0.002” for each additional inch. In the z-height (vertical), standard tolerances of +/-0.01” for the first inch and +/-0.002” on every inch thereafter are observed. The standard resolution: 0.01”; Minimum wall thickness is 0.02” (, 2010). On making intricate parts we should not only think about the intricacies in design and shape but also about different sections including thinner ones which are more vulnerable to failure due to resilience and capacity to sustain other natural and manual forces including thermal forces. The advantage of FDM is that the material has good capacity to handle heat and other demanding product tests. It is a feasible option for both rapid prototyping and rapid manufacturing which means manufacturing using RP and producing parts that are both accurate and durable (Gouldsen and Blake, 1998).