Blue Shift Technologies chose the SynqNet® XMP motion controller to meet its demanding semiconductor wafer handling requirements for expandability, resolution, stiffness and reliabiltiy at a competitive price.

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Eastman Machine Company chose a SynqNet solution for the Eagle C3 automated cutting system. As a result, Eastman was able to reduce machine costs, increase reliability, and create a flexible architecture with real-time diagnostics for better troubleshooting and safety.

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Innomedic introduces the latest innovation in medical assisted procedures. The Innomedic Magnetic Resonance Imaging (MRI) and Computed Tomography (CT) compatible assistance systems were created on a SynqNet motion network.

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Automated Assemblies Corporation (AAC) chose SynqNet as a "Common Controls Platform" for their next generation Raptor robots.

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Soonhan chose to use SynqNet technology as its next generation motion control platform for their top-tier Flat Panel Display (FPD) machines.

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Agilent created an automated optical inspection system for printed-circuit boards, and achieved higher performance, higher throughput, increased reliability, and lower costs by using SynqNet as their motion network solution.

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The Spartan EFEM project was to produce the most robust and flexible tool of its kind with a dual role as a general purpose wafer sorter as well. For the critical controls portion of the Spartan EFEM System, Asyst chose SynqNet® technology to ensure that the motion requirements would not only exceed their tight performance specification, but offer a clear upgrade path for future innovation.

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VISX is the world leader in corrective laser eye surgery. Inside each VISX Refractive Laser System is a laser, an optical delivery system, and a control system. VISX utilizes SynqNet motion technology for precision lens control in several of its laser eye surgery machines.

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