Safe Automation: The Future of Robot Safety

Automating production processes offers numerous benefits, but employee safety also remains a top priority. In this context, innovative safety functions play a crucial role in robotics to ensure maximum flexibility and safety.

Controlled speed for increased safety

One important aspect is the monitored speed of the robots. By setting up multiple safety areas, the robot can recognize when an employee comes close to it. In an orange area, the robot automatically reduces its speed, while in the red area, it stops immediately. As soon as the employee leaves the area, the robot continues its work without the need for manual intervention. This monitoring is carried out by external triggers such as light barriers to ensure safe interaction between humans and machines.

Virtual safety areas for precise movements

By using virtual safety areas, robots can operate safely and precisely within defined limits. Invisible barriers define the robot's working area, and it stops immediately when it reaches the red area. This technology enables the robot to perform its tasks with maximum precision without sacrificing safety. These virtual rooms can be set up easily and intuitively using special software or by experts.

Tool orientation for additional safety

The orientation of the tool that the robot uses is particularly important. This is particularly relevant when handling sharp or dangerous objects such as screws. By precisely aligning the tool, the robot minimizes the risk of injuries and ensures safe interaction with employees.

Overall, these innovative safety features provide an effective way to ensure the safety of robots in automated production environments. By combining monitored speed, virtual security areas, and tool orientation, companies can automate securely and efficiently without sacrificing security.