The research investigates the utilization of plants as a sustainable method for nanomaterial production through studies of nanomaterial fabrication along with nanofiber manufacture from plant-derived materials. The research finds its significance because it seeks to replace conventional physical and chemical methods through environmentally-safe methods at affordable prices. The approach faces three major constraints including duration, insufficient extended procedures and inability to scale up operations at industrial levels. The research depends on choosing plants containing organic compounds followed by processing their derivatives through global and organic techniques. Mineral solutions containing silver, gold and zinc oxide reach a heat-resistant state through bonding mineral solutions with mineral extracts in temperature-controlled environments. Laboratory techniques which included UV-Vis spectroscopy and electron microscopy altogether with different X-ray modes were used to evaluate individually both nanofibers and independently. concatenated results demonstrated that plant-based manufacturing technologies serve as more sustainable options than conventional methods for making different products. New research focusing on production technologies needs to be developed for the practical application scale of this promising technology.