Lion Precision

The complexities of vibration measurement are sorted out and explained in this helpful application note.

New application notes provide detailed instructions on obtaining micron and nanometer level displacement and position measurements with capacitive and eddy-current non-contact displacement...

The 2012 Sandy Trowbridge Award For Community Service was awarded to sensor manufacturer Lion Precision by the National Association of Manufacturers.

A new label sensor web site is focused on providing helpful information rather than marketing and promotion.

High-Performance capacitive displacement sensors are used in mounting large, thin mirrors in X-ray telescopes. Laser sensors could not be made to work.

Japanese users now have direct local access to product and sensor application expertise for Lion Precision high-performance noncontact displacement sensors.

The CUSTomer-Oriented Manufacturing system (CUSTOM) at Lion Precision has reduced lead time on custom sensors by as much as 80%.

Improvements in mechanical design have improved sensor long-term stability and increased resolution to nanotechnology levels of 0.050 nanometers.

The new ECL150 Eddy-Current Displacement Sensor offers up to eight channels of high resolution (3 nm) noncontact displacement sensing in a small space at lower cost.

Micro-machining requires high levels of machine performance. A new tool enables users and designers to measure and characterize performance, at operational spindle speeds, in light of thermal growth, vibration, and spindle error motions.