Design and Analysis of Hydraulic Mini Press Machine

This project presents the design, development, and analysis of a hydraulic small press machine. The project’s main goal is to create a small, functional, and reasonably priced hydraulic press that can be used for a variety of tasks, including pressing, shaping, and assembling small work pieces. With the use of hydraulic power and Pascal’s Law, the machine can produce large forces with little input. Choosing the right materials, parts, and sizes for hydraulic systems such as pumps, cylinders, and valves are all part of the design process. With a pump power consumption of roughly 1.167 kW, the machine’s hydraulic system is intended to function at a pressure of 70 MPa and generate a force of 70 kN. To ensure safety and efficiency, a number of essential parts are chosen and examined for best performance, including the frame, hydraulic cylinder, piston, pump, and control valves. Because of its modest size, the machine is designed for research, educational displays, and small-scale industrial applications. The project also includes a thorough examination of the machine’s power needs, force production, and operating parameters. To guarantee safe operation, safety features including emergency stop systems and pressure relief valves are included. The goal of this work is to present a prototype design that may be further refined for a range of industrial uses requiring small hydraulic presses. This study advances the field of hydraulic machinery design by providing an effective solution for small-scale pressing operations by fusing theoretical design calculations with real-world insights