Sustainable machining: A review

Abstract

This paper's goal is to review pertinent material on machining with minimum lubrication for green manufacturing. Due to the fact that it has an impact on so many various industrial businesses, sustainability has grown to be a very important research topic. The implementation of sustainable manufacturing techniques and technologies has given the sector a workable way to enhance its performance in terms of the economy, environment, and society. The machining system is a crucial component of sustainable manufacturing on the factory floor since it is a significant production process. Therefore, leaders should prioritise technology for monitoring, evaluating, estimating, and optimizing machining systems' impact on the environment. The study also discusses the testing procedures, results, and use of a variety of workpiece materials, tool materials, and cutting solutions made of vegetables. The results show that the MQL system is effective in achieving a smoother surface, decreasing friction, removing chips, and cooling the workpiece. The literature review demonstrates that the MQL system outperforms both dry machining and wet machining in terms of performance. This paper provides a quick overview of the machining of various materials utilizing the MQL system as a sustainable machining.