New Dual Axis
Averager

MicroE Systems' new Mercury™ 3000Si Dual Axis Averager for rotary applications is the latest member of the growing Mercury™ family of encoders. It is ideal for applications where the highest position accuracy is needed, and it can operate at very high speeds if necessary.

This new system is designed for precision rotary tables and actuators, and is particularly well-suited for high performance laser beam steering applications, such as laser marking, drilling, welding and cutting.


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See Us at
Control 2006, May 9 - 12,
Booth 4114, in Germany

MicroE Systems will be exhibiting a full range of linear and rotary encoders for precision metrology and motion control feedback. See us in Sinsheim, Germany at Hall 4, Booth 4114. Control is an international exhibition for quality assurance. See all of the latest products from MicroE Systems...
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The Mercury™ encoder family is revolutionary. With the world's smallest high performance sensor, it can fit where other encoders can't. Programmable resolution, 30 second alignment and SmartPrecision™ setup and monitoring software make it ideal for all OEM applications. Now that's smart.

The heart of today's high performance servo-positioning systems is the position feedback encoder used to control the motion loop in closed loop or servo systems. Whether rotary or linear motion, it provides the electronic signals needed to accurately position the motion system's mechanism or the servo motor (rotary) or stage (linear). As engineers are trying to improve
system performance and reduce system costs, encoder selection is becoming increasingly important to
the success of their design.

 




Three encoder sensor technologies, optical, magnetic and electric, have dominated the market for the past 50 years, with optical encoders preeminent in
the medium to high-resolution servo-motion market. The optical encoder is outdistancing its magnetic sensor counterparts in the high-performance motion control arena as defined by position resolution from 5 microns to 5 nanometers.

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