BMC deformable mirrors are advanced wavefront control
devices that consist of a mirror membrane supported
by an underlying actuator array. Each actuator
in the array can be individually deflected by
electrostatic actuation to achieve the desired
pattern of deformation. Unlike piezoelectric mirrors,
electrostatic actuation ensures mirror deformation
without hysteresis.
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Mini-DM
An economical
solution for wavefront correction
32 actuators, 1.5 / 2.25 mm aperture, 1.5 -
5.5 µm stroke. |
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Multi-DM
A versatile,
robust system for advanced wavefront control
140 actuators, 3.3 / 4.95 mm aperture, 1.5
-5.5 µm stroke. |
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492-DM
A solution for advanced wavefront control at a more affordable price.
492 actuators, 6.9 mm aperture, 1.5 µm stroke. |
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Kilo-DM
An advanced technology ideal
for demanding applications in astronomy and
laser communication
1020 actuators, 9.3 mm aperture, 1.5 µm
stroke. |
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Product Upgrades |
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X Driver
A high speed driver for the most demanding adaptive optics applications
Speeds >100 kHz, <4 µs latency, Camera Link Interface |
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Adaptive Optics Systems |
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The Wavefront Sensorless Adaptive Optics Demonstrator
A customizable platform for utilizing metric-based wavefront control with BMC MEMS deformable mirror technology. Available with all products. |
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The Thorlabs Adaptive Optics Kit
Using our 3.5 µm-stroke deformable mirror platform as the enabling component, the Thorlabs Adaptive Optics Kit offers a total solution for wavefront correction. Available in Mini-DM and Multi-DM versions. |
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