Abstract: Magnetic surgery technology leverages the principle of "non‑contact" magnetic force, demonstrating revolutionary potential in the field of digestive surgery. It has been widely applied in areas such as gastrointestinal anastomosis, esophageal atresia recanalization, and biliary stricture treatment. Magnetic surgery techniques can be categorized into the following six major types based on their application methods and principles: magnetic compression technology, magnetic navigation technology, magnetic anchoring technology, magnetic levitation technology, magnetic tracing technology, and magnetic drive technology. These innovative surgical techniques significantly simplify surgical operations, solve complex and difficult problems, and improve clinical treatment outcomes. Meanwhile, the deepening application of magnetic surgery technology requires further standardization of clinical operation and quality control standards, reinforcement of safety research, and acceleration of multidisciplinary integration and development. The authors review the develop-ment history of magnetic surgical technology and offer a perspective on its future, highlighting the core concept of surgical innovation. The authors also summarize the clinical applications of magnetic surgery in the treatment of digestive diseases, as well as its key theoretical and technological advance-ments. Looking forward, the authors anticipate that interdisciplinary collaboration and intelligent development, with the aim of further promoting the continuous innovation of surgical technology and enhancing clinical treatment value.