This research investigates automated robots in rubber precision molding to solve industrial
issues, including accuracy, efficiency, and product quality. The paper uses extensive …

This study investigates the integration of biotechnology and artificial intelligence (AI) to
improve microbial rubber modification. The goal is to create rubber production methods that …

The study aims to investigate the differentiation of microbes at the species level within
multispecies microscopic polycultures using advanced deep-learning techniques. Utilizing …

This study investigates how to improve performance and lessen environmental effects by
integrating novel compounds into rubber. The principal aims of this study are to evaluate the …

Waste management is a critical environmental and public health issue that affects both
urban and rural communities worldwide. While cities generate vast amounts of waste due to …

Rubber waste is a significant environmental concern in the United States due to its non-
biodegradable nature and extensive use in various industries. Recycling rubber waste has …

Agricultural plastic use has grown substantially due to its beneficial roles in crop protection,
irrigation, and packaging. However, improper disposal of agricultural plastics, especially …

Robotic automation is transforming industries worldwide, including rubber processing,
where it addresses the challenges of safety, efficiency, and precision. The rubber industry …

In the contemporary digital landscape, enterprises rely heavily on cloud infrastructure to
drive scalability, performance, and efficiency in their operations. Large-scale enterprise …

To lessen its environmental influence, this study explores using green chemical techniques
in rubber manufacturing vulcanization procedures. The primary goals are investigating bio …