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1. Precautions and protocols implemented to reduce risks and ensure the well-being of workers when working with industrial robots in potentially hazardous environments.
2. The programming and reprogramming processes for industrial robots can be complex and time-consuming, requiring specialized knowledge and expertise.
3. A task where industrial robots manipulate materials, such as loading, unloading, sorting, or transferring them between locations.
4. Robots specifically designed for use in industrial applications.
5. Acquiring and setting up industrial robotic systems can involve significant upfront expenses, including purchase, installation, and integration costs.
6. Technology used in industrial robots to identify potential collisions with objects or humans, enabling the robot to avoid or minimize contact and prevent accidents.
7. The process of identifying and evaluating potential hazards and risks associated with industrial robot operations, aiming to implement effective control measures and safety protocols.
8. The provision of knowledge, skills, and procedures to educate and train individuals in the safe operation and handling of industrial robots.
9. Industrial robots often lack the ability to adapt and handle dynamic changes in their working environment and tasks efficiently.
10. The presence of industrial robots in the workplace can pose safety risks to humans, requiring additional safety measures and protocols.
11. The precision of industrial robots is limited, leading to potential errors and inaccuracies in their movements and operations.
12. A task where industrial robots operate and tend to machinery, such as loading/unloading parts, monitoring processes, or performing maintenance.
13. Industrial robots are designed to perform specific tasks and may lack the ability to handle a wide range of different tasks or adapt to new ones.
14. Industrial robots require regular maintenance and may experience downtime for repairs or software updates, impacting productivity.