What are 'safety interlocks', and why are they important?

Safety interlocks are crucial components in robotic systems designed to ensure that the operation of machinery, including robots, can only occur under specified safe conditions. These mechanisms are implemented to prevent the robot from operating if certain safety criteria are not met, such as the presence of personnel in a danger zone, or if safety doors are not securely closed. This preventive approach significantly reduces the risk of accidents that could result from unexpected robot movements, protecting both operators and the equipment itself.

The role of safety interlocks is fundamental in maintaining workplace safety standards and complying with regulations. By ensuring that the robot cannot operate under unsafe conditions, they serve as a first line of defense against potential hazards, fostering a safer operating environment.