Several factors significantly influence the decision to use pneumatic or electric control in a linear motion control application. The obvious considerations include the technology preference in use at ...

The Compact SDLM-051-070-01-01 Direct Drive Linear Actuator with integrated position and temperature sensors is the latest addition to the patented series of zero backlash, zero cogging, high ...

Rolamite bearings, originally designed for NASA with an order of magnitude of friction lower than ball bearings, can generate cog-free linear motion. A carriage is propelled along a track under the ...

For one newly designed bottle cleansing packaging and sorting conveyor system, improper loading of linear actuators led to excessive downtime. The de-stacker is positioned at the forefront of the ...

This paper will discuss a variety of rotary position feedback sensors including digital, contacting analog, and non-contacting analog, and may act as a high- level guide to selecting the right sensor ...

Linear actuators and oscillating systems constitute a vibrant area of research that bridges concepts in electromagnetism, mechanics and control engineering. These systems convert various forms of ...

Linear actuators are useful things, moving things in straight lines rather than annoying circles like so many motors. [Retsetman] recently built a linear servo actuator of his own design with accurate ...

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An actuator's function is to provide thrust and positioning in machines used for production or testing. One type is the electromechanical actuator, which converts the torque of an electric rotary ...

Most electromagnetic actuators are rotating motors, or some variation on the theme, like servos. However, it’s possible to do linear actuation with electomagnetics, too. [Adrian Perez] demonstrates ...