Robotics and precision engineering are two complementary fields that come together to create advanced robots and automated systems. These disciplines are fundamental to the advancement of modern robotics, where precision and reliability are crucial. In robotics, precision engineering plays a central role in the design and manufacture of the mechanical components of robots. Joints, transmission systems, sensors, and actuators require high-precision manufacturing to ensure the proper functioning of the robot. Mechanical parts must be machined with extreme tolerance to guarantee smooth and precise movement. Industrial robots, for example, are widely used in automated manufacturing to perform repetitive tasks with great accuracy. They are equipped with sophisticated mechanical arms that require high-quality components manufactured with precision.
