International Journal of Mechanical Engineering

As an advanced manufacturing concept, green manufacturing has gained extensive attention and application in mechatronic engineering design in recent years. Its core objective is to promote the green development transformation of the mechatronic engineering industry by optimizing design, conserving resources, reducing pollution, and enhancing the sustainability of product life cycles. Starting from the basic concept of green manufacturing, this paper discusses how to effectively integrate the green manufacturing concept into the mechatronic engineering design process, including energy-saving and emission-reduction measures in the design phase, green material selection, production process optimization, and product recyclability. Green manufacturing not only helps improve environmental benefits but also drives enterprises to achieve economic growth. Through case studies, this paper demonstrates the successful application of the green manufacturing concept in practical engineering design and proposes possible directions for the further development of green manufacturing in future mechatronic engineering design.

Green manufacturing; Mechatronic engineering design; Sustainable development; Energy conservation and emission reduction; Life cycle