Abstract
Objective: Design a hydraulic lifting platform through the use of SOLIDWORKS software, to expedite the transfer of boxes of machined material and avoid physical damage. Methodology 1. Analysis of the problem that workers have when moving machined material to their respective work areas, emphasizing the bad manipulation they perform. 2. Description of the different types of mobile personnel lifting platforms (PEMP) that exist in the market. 3. Perform a sampling to specify the average weight that the materials acquire after being machined and justify that they are high loads and difficult to handle without causing physical damage. 4. Study of forces in SolidWorks, with the purpose of observing if, it is a resistant mechanism and if the load you wish to supply will not generate buckling on the beams. 5. Design and molding of a mobile lifting platform, and its validation through the SOLIDWORKS finite element program, which will improve the ergonomics in the distribution of the machined material to its next destination, avoiding irreversible injuries and speeding up said activity. 6. Evaluation of the costs generated by manufacturing the lift table and the economic benefits it will have. Contribution: Avoid physical damage caused by the mishandling of loads and that ultimately generates production problems.
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