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This study introduces a novel, low-cost prosthetic arm utilizing electromyography (EMG) sensors for control. By incorporating affordable EMG technology, the prosthetic system effectively interprets muscle electrical signals to facilitate precise arm movements. The combination of economical sensors with a simplified control algorithm achieves significant cost reductions while ensuring reliable performance. Designed for user-friendly operation, the prosthetic arm offers intuitive control and natural movement capabilities. This approach highlights the potential for advanced prosthetic functionality at a fraction of traditional costs, improving accessibility for those in need of prosthetic solutions and expanding the reach of assistive technologies.