Green Mechanic

The manufacturing sector has been associated with factory production, small machine-tools, assembly lines, and productivity gains after the 17-18th Century Industrial Revolution. Thus talking about production without tools and equipment, production lines, or supply chains is surprising. That's what the potential of 3D printing technology acquiring position appears,. Presently we can manufacture components, equipment, and devices right from our home or office. We just have to design, alter or import a virtual 3D model of an item to be prototyped using PC. 3D printers are often used to generate cost-effectively customized, overhauled components at the site where they are going to be utilized which was not possible earlier. 3D Printing 3D printing, often recognized as additive manufacturing – AM (as both terms are exchangeable now) is an engineering process used to create strong three-dimensional structures built in layers from a virtual illustration without a mold or cutting machine.

As among the most revolutionary technologies to affect the manufacturing sector and the global supply network, 3D printing technology has got its name in the top evolved technologies. Many claim that the technology simply improves some facets of the manufacturing cycle, while others suggest that technology would revolutionize and substitute current operating systems. Either innovative or evolutionary, 3D printing technology is acknowledged as a significant development which will affect supply chains greatly. The aim of this paper is to address fundamental issues relating 3D printing technologies and the ways for modifying the production system and supply chain. For every emerging technological tool, AM production networks have problems that need to be tackled. Three main areas face challenges: 3D Printing in Engineering and technology •Unique design criteria and load details for each particular AM system. •Significant expenditure in technical education and system expertise is required