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mu-DM Deformable Mirror Datasheet

mu-DM Deformable Mirror Datasheet
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mu-DM Deformable mirror The High-end High dynamic range, linearity & stability Embedded electronics High actuator density

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mu-DM APPLICATIONS + Ophthalmology : Explore retinal cells at high resolution (contact our sister company Imagine Eyes for more informations) + Microscopy : Image deeper in your sample and/or navigate in 3D (for more details visit mu-Imagine website, our division dedicated to microscopy) + Quantum applications + Beam shaping + Laser microengraving + Education Boost your imaging performance : Adaptive Optics made easy and efficient. FEATURES + Fast closed-loop convergence and accurate sensorless correction with perfect linearity and absence of hysteresis + Preserved photon budget with...

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Typical step response OPTICAL SPECS Surface quality Coating Linearity Hysteresis OPERATING SPECS Number of actuators Maximum generated wavefront (PV) - 1 actuator - 7 actuators Effective diameter Spatial frequency correction Rise time Max frequency Temporal stability 7 nm RMS (Optional : down to 4 nm RMS) Protected silver > 99.5% < 0.1% 91 > 10 µm > 50 µm 15 mm Zernike orders up to 10 2.4 ms Typically 300 Hz < 15 nm RMS over 12h MISC Dimension / Weight Working temperature Interface / Power consumption OPERATING SYSTEM Optimized temporal control achieves a settling time of 2.4 ms with...

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SOFTWARE WAVETUNE WAVETUNE is a unique software that seamlessly combines wavefront measurement and correction features with extensive instrument diagnostics. This software contains all the necessary tools to calibrate the Deformable Mirror (DM). It can also operate the DM in closed-loop with HASO wavefront sensor, as well as in open-loop and perform beam shaping. WAVEKIT BIO WAVEKIT BIO is a Software Development Kit (SDK), available in C++ and Python, specifically designed for microscopy applications. In particular, it contains all the necessary functions to implement sensorless AO, using...

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