For a long time, displacement sensors were seen as simple tools devices that measure how far something moves from one point ...

When the job at hand is measuring something with micron-range precision, thoughts generally turn to a tool with a Mitutoyo or Starrett nameplate. But with a clever design and a little electronics know ...

Aeva Eve 1D, the industry’s first FMCW-based laser displacement sensor designed for high-volume and inline industrial automation applications. World’s First FMCW-Based Sensors Deliver Sub-Micron ...

Capacitive displacement sensors turn tiny gaps into actionable signals. By measuring changes in capacitance as target moves, these devices deliver precise, non-contact readings of position and motion.

Suitable for position, vibration and proximity sensing, part sorting, process control, laboratory testing, engine dynamics testing, condition monitoring and more, it features simple pushbutton ...

Sensors for the measurement of displacement based on a number of different physical principles are available for a wide range of applications. This article considers systems capable of resolutions of ...

It seems like engineering 101, but do you actually remember the specific differences between inductive proximity, inductive displacement, and eddy-current sensors? I asked a few friends and everyone ...

The advances of smart motion systems will trickle down into several different markets. Smart motion systems are defined by their use of connected networks, advanced sensors, autonomous machinery, and ...