FABRICATION OF MULTIFUNCTION PORTABLE WAGON WITH SCISSOR LIFTER

Abstract

This project focuses on the development of a multifunctional portable wagon with a scissor lifter, aiming to address the limitations of conventional material handling equipment in terms of ergonomics and portability. Background information on the project is given in the introduction, which also emphasizes the necessity for a portable solution in sectors where typical trolleys are inefficient and don't save space, like camping. The project's goal is to address the ergonomic issues presented by non-adjustable trolleys, as stated in the problem description. The primary focus of the research is on the efficient and functional design and construction of the portable wagon with a scissor lifter. A flowchart that shows the step-by-step process from design to testing is included in the methodology section, highlighting the significance of methodical problem-solving and decision-making. A Gantt chart also shows how projects are scheduled and emphasizes the use of digital tools in project management. To maintain alignment with client objectives and safety standards, the design process integrates approaches such as Concept Selection Matrix (CSM), Quality Function Deployment (QFD), and product benchmarking. The result of these approaches is the final design, which was produced with Inventor software and yields a 3D model that satisfies the project's goals. Overall, this research offers insights into the creation of creative solutions for industrial needs by demonstrating the application of systematic methodologies to handle ergonomic issues in material handling.