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ABSTRACT
This project presents the design and fabrication of a motorized screw jack for lifting heavy loads in industrial applications. The main objectives of the project were to design a screw jack that is compact, efficient, and capable of lifting loads up to [insert load capacity]. The design process involved the selection of appropriate materials, sizing of components, and integration of a motor and control system. The fabrication process included cutting, welding, and assembling the metal components to construct the screw jack. Testing was conducted to evaluate the performance of the screw jack, including load capacity, lifting speed, and power consumption. The results of the testing demonstrated that the screw jack met the design specifications and was able to lift loads safely and efficiently.
