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Large Aperture Deformable Mirrors (DMX)
DMX
Large Aperture
Deformable Mirrors (DMX)

ALPAO Large Aperture Deformable Mirrors (DMX) boast a larger pupil diameter than other Deformable Mirrors. This larger pupil captures more light from the source, which can be particularly beneficial when
low-light conditions or when observing faint objects.

KEY FEATURES
LARGE DEFORMATION
• Up to 50 µm optical deformation (peak to valley) : to correct large amplitude aberrations
LARGE APERTURE

• Up to 170 mm pupil diameter : to captures more light and to allow high beam power

• Optimal actuator hexagonal pattern

ALPAO - Adaptive Optic System - Wavefront sensors  - Astronomy equipment - Advanced imaging systems - Improve communication system - Laser beam shaping - Adaptive optics microelectronic - Microscopy quality - Ophtalmic instrument - Adaptive optics components - Adaptive optics news - Adaptive optic - Adaptive optics software - Adaptive optic system - Deformable mirrors
TECHNOLOGY

This adjacent animation shows our unique technology with membrane, coils, magnets and springs. By applying a current in the coils, the magnets are moved up and down to deform the membrane.

ALPAO - Adaptive Optic System - Wavefront sensors  - Astronomy equipment - Advanced imaging systems - Improve communication system - Laser beam shaping - Adaptive optics microelectronic - Microscopy quality - Ophtalmic instrument - Adaptive optics components - Adaptive optics news - Adaptive optic - Adaptive optics software - Adaptive optic system - Deformable mirrors
SIMULATOR

Click here to discover our fitting simulator

CUSTOMIZE YOUR DM

Let’s focus on your needs:

• More actuators? Up to 64×64 is available.
• Large quantity? Ask for our low price OEM DM.
• Faster or larger stroke? Every parameter can be customized.
• A larger pitch for a larger pupil? Ask for your DM.
• High-stability option? For open-loop performances.

FOR MORE INFORMATION
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Deformable mirrors

Large Aperture Deformable Mirrors (DMX)

DMX - ALPAO

ALPAO Large Aperture Deformable Mirrors are based on continuous reflective surface motioned by magnetic actuators. LARGE APERTURE - LARGE DEFORMATION

Download the datasheet for deformable mirrors