Position displacement sensor

vibration measurement sensor

thickness measurement sensor

deformation sensor measurement

runout measurement sensor

part sorting sensor

Noncontact Linear Displacement Sensors and Position Sensors

Lion Precision's core product is noncontact linear displacement sensors (or noncontact linear position sensors) using capacitive and eddy-current technologies. These technologies offer noncontact displacement/position sensing over small ranges with high resolutions. For this reason, they are sometimes referred to as micro position sensors or micro displacement sensors. Ranges as small as 10 µm to as large as 15 mm are standard; custom ranges are also available for unique applications. Resolutions range from a few microns to subnanometer levels.

Capacitive Lilnear Displacement Sensors and Position Sensors

high performance capacitive displacement displacement sensorCapacitive linear displacement sensors can have very high resolution and must be used in clean environments. They work equally well with any conductive target. These displacement sensors measure the surface of the conductive target and can therefore be used with very thin targets. They are used in the semiconductor, diskdrive, and precision metrology industries.

Capacitive displacement sensors can also be used with nonconductive targets like plastic and paper. In these applications, the sensors can be used to measure thickness, density, or other properties of nonconductive materials. For more information on the operation of capacitive position sensors, please see our Capacitive Sensor Operation TechNote.

Eddy-Current/Inductive Linear Displacement Sensors and Position Sensors

high performance eddy-current displacement sensorEddy-Current linear displacement sensors also have high resolution, although not as high as capacitive sensors, and are unaffected by debris in the measurement area. Eddy-current displacement sensors can be used in dirty hostile environments. They require conductive targets of a minimum thickness and cannot sense nonconductors; for these reasons, eddy-current sensors are not affected by liquids or material debris in the measurement area.

Eddy-Current sensors are used in manufacturing and industrial applications where environments may be dirty or hostile but precision, noncontact displacement sensing is still required

Related Products: Linear Displacement Sensor and Position Sensor

Comparing Capacitive and Eddy-Current Displacement Sensors

Capacitive Displacement Sensors

Eddy-Current Displacement Sensors

Application Notes and TechNotes: Linear Displacement Sensor and Position Sensor

Capacitive Linear Micro Displacement Measurements

Capacitive Linear Position Measurements

Eddy-Current Linear Micro Displacement Measurements

Eddy-Current Linear Position Measurements

Micro Displacement Sensor Website














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