The LC xx5 Absolute Sealed Linear Encoders have long been available for use with Siemens, Fanuc, Mitsubishi, and HEIDENHAIN controls -- and can now be ordered with Panasonic interface (Pana01).

Global precision motion control and nanopositioning industry leader PI introduces a new high dynamics linear motor stage family, the V-574 - a new series of linear positioning stages with ...

SICK has released safety-certified versions of its TTK70 and TTK50 magnetic absolute linear encoders with Hiperface° interface, widening the opportunities for accurate, absolute motor feedback systems ...

Heidenhain’s LC 200 linear encoder continues to set the standard in linear measurement on long machine tool axes. Now available with a Mitsubishi interface, this encoder is increasing its available ...

SCHAUMBURG, Ill., June 20, 2017/PRNewswire/ -- NUMERIK JENA, known for high quality smaller package-size linear and rotary encoders, has now developed two families of absolute linear encoders to ...

Rotary encoders are indispensable tools for providing position feedback in many motion-control and automation processes. Lifts, overhead monorails, automated storage and retrieval systems, and ...

Comprised of an electrically-excited patterned scale and a read head that responds to the electric field flux generated by the scale, this innovative absolute linear electric ...

PI (Physik Instrumente) L.P. Piezo Nano Positioning - Linear Motor Stage with Absolute Encoder Provides 2 Nanometer Resolution ...

HEIDENHAIN CORPORATION is pleased to announce the start of series production of the new generation of LC encoders. The LC xx5 Absolute Sealed Linear Encoders have long been available for use with ...

HEIDENHAIN's LC 200 linear encoder continues to set the standard in linear measurement on long machine tool axes. Now available with a Mitsubishi interface, this encoder is increasing its available ...

The absolute encoder achieves 1nm resolution and transmits the current stage position to the controller immediately after power up – no referencing required and no possibility to lose encoder counts ...