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Stage-error mapping – measuring absolute positioning error at a specified set of sampling points – has gained a reputation as a method for achieving high-accuracy motion control with lower-cost equipment. The theory is sound. The problem is that there are a lot of misconceptions around stage-error mapping that can lead to its use in unsuitable applications, with disappointing results. Want to dispel the myths of stage-error mapping and learn how you can use it for maximum benefit? Read on.
Free-Space Optical Communication (FSOC) technology is rapidly gaining popularity as a means of high-speed data transmission over long distances. However, the successful implementation of FSOC systems relies heavily on precision positioning of the optical components. In particular, high resonance motion systems used in FSOC applications require accurate and reliable positioning...
[Editor’s note: For a detailed discussion of how to specify the stage for step and settle applications, see our whitepaper https://www.motionsolutions.com/white-papers/how-to-choose-the-best-motion-system-for-your-step-and-settle-application/ Step and settle motion is a fundamental support technology for a variety of critical systems, such as DNA sequencers, semiconductor wafer-inspection systems, diagnostic imagers, and more. While OEMs typically...
How do we measure stage accuracy? The Motion Solutions laser laboratory has metrology testing equipment used to characterize our high-precision stages. Our 6-axes laser interferometer allows us to simultaneously measure linear accuracy, repeatability, pitch, yaw, roll, flatness, and straightness.
Motion Solutions will showcase its Motion Control solutions at US conference of the Society for Laboratory Automation and Screening (SLAS), in San Diego between February 26 – 28, 2023. Motion Solutions provides high precision positioning solutions for a wide variety of medical and life science applications ranging from sub nanometer...