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Gypsum retarder is a material widely used in the medical field, especially in orthopedic and dental surgeries. Its unique properties and significant functions make it an indispensable part of many clinical procedures. This article will explore the characteristics of gypsum retarders and their importance in the medical field. One of the basic characteristics of gypsum retarder is its good fluidity and plasticity Gypsum can form a slurry with excellent formability when mixed with water. This enables it to effectively fill various complex models and shapes during the pouring and forming process. In addition, the coagulation time of the gypsum retarder chemical can be controlled by adjusting its composition and adding corresponding retarders, allowing medical personnel to flexibly use it during surgery and avoid operational errors caused by rapid solidification. Gypsum retarder have good biocompatibility and biological activity This material can adapt well to the biological environment and provide good support to surrounding tissues when in contact with internal tissues. Especially in the fields of fracture fixation and tooth restoration, the use of retarder  implants can effectively promote bone healing and tissue regeneration, greatly improving the rehabilitation efficiency of patients. The Importance of Gypsum Retarder in the Medical Field In the field of medicine, the importance of retarders in gypsum products lies not only in their physical and chemical properties, but also in their wide range of application scenarios. In orthopedic surgery, plaster is used to make plaster bandages to fix the fracture site and provide a stable environment for bone healing. In the field of dentistry, retarder in gypsum are commonly used in the production of dental models and dental restoration materials to help dentists accurately restore the patient's oral structure. In addition, gypsum retarders can also be used for wound fixation and support during surgical procedures to ensure the stability of the surgical site. With the development of technology, the improvement of extra time plaster retarder and the emergence of new materials have made their applications in the medical field increasingly diverse. Currently, many researchers are exploring the use of bioactive ingredients to enhance the regenerative ability of gypsum retarders, in order to promote rapid bone healing. These innovations not only greatly enhance the performance of traditional materials, but also provide new ideas for the development of future medical technologies. Overall, gypsum retarders occupy an important position in the medical field due to their excellent physical properties, biocompatibility, and wide applicability. It not only plays a fundamental and important role in various surgeries, but also plays a positive role in promoting medical technology progress and improving the quality of patient rehabilitation. In the future development process, we hope that gypsum retarders can be combined with new technologies to continue contributing to the medical industry.