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ABSTRACT
This project focuses on the development of an efficient and cost-effective solution for the palm oil industry, specifically targeting the labor-intensive process of palm kernel cracking. The proposed machine employs innovative design principles and advanced materials to enhance performance and reliability. Through rigorous engineering analysis and prototyping, the project aims to achieve optimal kernel cracking efficiency while minimizing waste and energy consumption. Additionally, considerations for safety, environmental impact, and scalability have been integrated into the design. The successful realization of this project promises to revolutionize the palm oil industry by streamlining the kernel extraction process, ultimately leading to increased productivity and sustainability within the sector.
