Actuators in Robotics

The rise of robots and actuators in robotics

Actuators first made an appearance in robotics in the early 1950s. Then in the late 50s, the first industrial robot was created. Now robots are everywhere, from ones that vacuum your floor to ones that star in movies to those that work overtime in factories and industrial plants. For many, robotics can be a life-long hobby or interest. Figuring out how to make a robot walk can be an all-consuming passion. These devices make it all possible.

Robotics and Factories

In factories, robots and robotic arms are used to increase production, streamline procedures and reduce stress, strain and the occurrence of accidents by automating repetitive tasks. Automation control and the extensive use of robotic arms in the automotive industry is no secret. But anywhere there is the need to eliminate potential accidents due to dangerous tasks or repetitive activity, linear motors are used for industrial robots, robotic arms and robotic controls. An actuator moves the robot that places a part on a conveyor belt; repositions the robotic arm that pushes a component into place; and turns robotic controls on and off.

Most people have probably seen the Roomba ads on TV but robots for domestic and personal uses are gaining in popularity. In addition to robotic vacuums, there are a number of other different domestic robot appliances, such as robotic pool cleaners, robotic window cleaners and robotic lawn mowers. A robot floor cleaner might dust and mop almost as well as a human.

While robots are often associated with compact spaces and small components like the mini linear actuator, hobbyists might use these devices for the arms and the legs in larger sized creations. Not just reserved for robot limbs, there are endless uses for linear actuators in hobby robotics. Anything a hobbyist thinks up for the robot do probably has a corresponding application that utilizes a linear motor.

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