Safeguarding devices in machinery are critical components designed to protect operators and maintenance personnel from hazards associated with moving parts, high temperatures, sharp edges, electrical risks, and other mechanical dangers. The primary purpose of these devices is to prevent accidental contact with dangerous machine parts, reduce the likelihood of injuries, and ensure compliance with workplace safety regulations. They form an integral part of mechanical and electrical safety management by mitigating risks and promoting a culture of safety in industrial and manufacturing environments. The working mechanism of safeguarding devices varies depending on the type of hazard they are designed to control. Physical barriers, such as fixed guards, act as a solid protective shield between the worker and the moving parts of machinery. These guards are typically mounted on the machine and prevent access to dangerous zones while allowing the equipment to operate normally. Interlocked guards are another type that combines a physical barrier with an electrical or mechanical switch. When the guard is opened or removed, the