The new iteration of this control option implements position-based synchronization within the actuators’ onboard electronics ...

Equipment motion control can involve one or more types, mechanisms, and geometries. Here are a few concepts: linear motion, such as a material handling pusher on top of a conveyor, may be simply ...

For all but the very highest force requirements, electric servo presses provide numerous advantages over their historic, ...

Until a few years ago, designers looking to power a linear-motion-control application faced three imperfect options: traditional electric motors or hydraulic or pneumatic cylinders. Hydraulic ...

Thomson's Movotrak CTU features collision detection settings for groundbreaking programming and control benefits.

The low-friction design can approach 99% efficiency converting rotary to linear motion ... Another application that needs accurate motion control (in a rotary form) is a precision tube-welding ...

A linear actuator moves in a straight line. In simulators, these actuators push or pull parts of the seat or platform.

Linear motion moves in a straight line ... for example a piston in an engine. The best mechanical control systems are actually very efficient in terms of the effort input versus the output.

Rack and pinion steering is a crucial component of modern vehicles, providing responsive and precise steering control. It consists of a gear assembly that converts the rotational motion of the ...