Ultra-precision manufacturing (UPM) is a promising manufacturing technology for fabricating micro-components and its production volume raises in the coming future due to a significant increase in the production volume for highly technological products nowadays. Therefore, UPM industries are accountable for executing sustainability practices to minimize negative environmental impacts from their manufacturing activities. However, sustainable UPM is difficult to execute practically up to now due to different aspects such as technology and knowledge gap. With a high speed of technology advancement nowadays, UPM industries enable to leverage this technological chance and employ the Internet of Things (IoT) technique to move UPM toward sustainability. Therefore, in this article, the current status and future perspective of sustainable UPM, the major research and technological gap between UPM and sustainability development, specific technical challenges for integrated IoT to UPM for sustainability goal are discussed and revealed to promote sustainable UPM. And consequently, a preliminary framework of IoT based UPM system with particular suggestions was firstly presented for facilitating sustainable UPM and acts as the reference to related industries and academia for further developing this novel technique in the future.

超精密制造（UPM）是一种用于制造微零件的有前途的制造技术，由于当今高科技产品的产量大幅度增加，因此在未来的将来其产量将会提高。因此，芬欧汇川（UPM）行业应对执行可持续性实践负责，以最大程度地减少制造活动对环境的负面影响。但是，由于技术和知识鸿沟等不同方面的原因，可持续的UPM到目前为止很难实际执行。如今，随着技术的高速发展，芬欧汇川（UPM）行业能够利用这一技术机遇，并采用物联网（IoT）技术将芬欧汇川（UPM）迈向可持续发展。因此，在本文中，可持续性芬欧汇川的现状和未来展望，讨论并揭示了芬欧汇川与可持续发展之间的主要研究和技术差距，将物联网集成到芬欧汇川以实现可持续发展目标的具体技术挑战，以促进可持续芬欧汇川。因此，首先提出了基于物联网的UPM系统的初步框架，并提出了一些特别的建议，以促进可持续的UPM，并为相关行业和学术界提供参考，以进一步开发这种新技术。