Description: Z-axis tracking is a fundamental process in robotics that refers to the precise monitoring of the vertical position of an object or tool in a three-dimensional space. This axis, which represents height or depth in a coordinate system, is crucial for applications that require precise and controlled movements. In robotics, Z-axis tracking enables robots to perform tasks such as object manipulation, welding, cutting, and 3D printing, where precision in height is essential for the success of the operation. The technology used for Z-axis tracking can include position sensors, computer vision systems, and control algorithms that ensure the robot maintains the desired height during operation. The ability to monitor and adjust the Z-axis position in real-time is vital to avoid errors, improve work quality, and increase efficiency in automated processes. In summary, Z-axis tracking is a key feature that allows robots to effectively interact with their environment, ensuring that tasks are performed with the necessary precision.
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