Traditional medicine is a cornerstone of healthcare in Zimbabwe, where herbal remedies are widely utilized for various ailments. Among these remedies, Zumbani (Lippia javanica) stands out due to its extensive medicinal properties, which include treatment for respiratory issues, fever, and digestive disorders. Traditionally consumed as a tea or infusion, Zumbani has been integral to local health practices. However, the quality and consistency of herbal remedies like Zumbani can vary significantly, posing substantial risks to patient safety and health outcomes. This variability is largely attributed to the lack of standardized manufacturing processes and quality control measures within the traditional medicine sector. To develop and optimize a specialized manufacturing machine that enhances the efficiency, consistency, and quality of Zumbani (Lippia Javanica) herbal tablets, thereby supporting the growth of the local herbal medicine industry.  The proposed machine will address the pressing need for quality and consistency in traditional medicine while facilitating easier consumption. By utilizing locally available herbs and materials, the machine promotes sustainability and reduces reliance on imported products. The research will evaluate the effectiveness of the machine in producing tablets that meet pharmacopoeial standards, ensuring that they are safe and effective for consumer use. Additionally, this study will assess the cost-effectiveness and scalability of the manufacturing process, aiming to enhance access to traditional medicine across Zimbabwe. The successful implementation of this project has the potential to significantly improve healthcare outcomes by providing reliable herbal products that meet consumer needs. Ultimately, this research contributes to Zimbabwe's healthcare development goals by fostering innovation in traditional medicine production and enhancing public health through improved access to quality herbal remedies.