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QuantumScan-30

Moving Magnet Galvanometers

Nutfield Technology's QS-30 uses exotic materials and an innovative architecture to provide industry leading performance. The QS-30 has faster step response, higher signal-to-noise position detection and improved thermal management compared to any scanner in its class. NTI continuously performs research to improve scanner performance so that your products remain competitive in the marketplace. This research has lead us to a patent pending ceramic rotor design. This first of a kind rotor has exceptionally low inertia and high stiffness, which results in higher bandwidth performance. The QS-30 Position Detector was designed close to the mirror for the best possible accuracy. Further position detector refinements give NTI galvanometers up to 8 times greater signal-to-noise; the highest in the industry. This means greater pointing accuracy and repeatability in your application. The galvanometer’s stator is thermally isolated and located far away from the position detector. This reduces thermally induced drift; a patent pending feature found only in NTI galvanometers. Another breakthrough is our stator design, which is the first to incorporate Side Load Reduction (SLR) technology to reduce off axis magnetic forces on the rotor. The benefit is higher bandwidth and faster step response resulting from less stator induced side forces. Nutfield Technology provides a range of control options to meet your time to market and budget requirements. Call us today to find out how we can help customize a solution for your scanning application.

The Industry’s First QuantumScan-30

™ Ceramic Rotor For Faster Step Response
For 20 - 50 mm Beam Apertures Thermally De-Coupled Stator For Lower Drift SLR Stator Design For Higher Bandwidth Position Detector With Signal / Noise >100,000:1
Applications Include: N UTFIELD T ECHNOLOGY , I NC . sales.info@nutfieldtech.com www.nutfieldtech.com 603-893-6200
Large Field Marking Small Spot Drilling High Power Welding Copyright © Nutfield Technology, Inc. 2007