Main Article Content
Abstract
Fused deposition modeling (FDM) is a process by which functional parts can be rapidly produced by sequential deposition of fused material layers. Various severe inaccuracies such as artefacts and dimensional distortions anddelimitations are attributed to vibration and inertia built up during operation. Their magnitude is largely influenced by the selected process parameters. This study investigates the increase in the surface finishes and dimensional accuracy due to the reduction of noise and vibrations . Two important parameters were considered: (a) vibration propagation through the machine (b) sources of vibration in the machine. [1]Hideo Kodama of Nayoga Municipal Industrial Research Institute is generally regarded to have printed the first solid object from a digital design. Here our idea is to decrease any sort of external vibrations and disturbances that may arise during the working of the machine.