An intramuscular injection pad, often referred to as an IM injection pad or simulator, is a synthetic model designed to replicate the human body's musculature and skin layers. These pads are crafted to mimic the feel and resistance of real human tissue, offering a lifelike experience for healthcare professionals in training. They are specifically created to practice and perfect the technique of administering intramuscular injections safely and effectively. Intramuscular injection pads are constructed using materials that closely resemble human skin and muscle, providing a realistic tactile experience. This allows users to practice locating the correct injection site, assessing the appropriate depth, and gauging the required force for needle insertion. These pads often feature multiple injection sites, replicating various muscle groups such as the deltoid, vastus lateralis, and dorsogluteal muscles. This versatility enables users to practice injections in different anatomical regions. To extend the pad's lifespan, many models have replaceable skin and tissue layers. This feature allows users to refresh the pad's surface after numerous injections, maintaining its realism and functionality.