• Patented and original technology based on requirements from laser manufacturers
• Wavefront correction with nanometric accuracy
• Absence of print trough effects on laser beam
• High linearity (>to 99%)
• Large dynamic range of correction from Ø22 to Ø800
• Control rack included
• Complete adaptive optics loop available through a consortium : LASQUA (http://www.lasqua.fr/)
• Interfaceable  with any wavefront analyzer and   correction wavefront software

• Developed in collaboration with Imagine Optic
• Equipped with a micro force Electrical actuator network (AME): 37 or 52 Actuators
• Hysteresis lower than with Piezo actuators (0.1% instead of 10%)
• Regular distribution  of  stress on the contact surface
• Long terms stability
• Available on several size, version, etc…
• No friction nor print trough effects on the mirror

• Developed in collaboration with Imagine Optic
• Equipped with a micro force Electrical actuator network (AME): 47 actionneurs
• Large scale mirror defaults and wavefront error
• No grid effect on laser beam
•  Hysteresis lower than with Piezo actuators (0.1% instead of 10%)
• Long terms stability
• Control rack included

• Aberrations corrected by  micro force actuators
• No grid effect on laser beam
• High linearity (>to 99%)
• High stability without power supply
• Hysteresis lower than with Piezo actuators (0.1% instead of 10%)
• Control rack included

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• Wavefront correction in Space applications
• Improves imaging quality of spatial telescopes
• Low hysteresis (
• Very low energy consumption

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• Equipped with 2 actuators which generate curvature type AME and 2 positioners
• Translation TX: stroke +/- 10mm, Resolution 1µm
• Rotation θY: stroke +/- 30mrad, Resolution 5µrad
• Pusher actuator  Stress range 0 to 40N, Resolution 5mN
• Product compatible to environmental cleanliness class ISO6

• Equipped with actuators which generate curvature (AME), correction actuators (µAME) and positioner.
• Device positioned in translation and rotation
• Translation TX: Course +/-10mm, Resolution 1µm
• Rotation θY: Stroke +/- 30mrad, Resolution 5µrad
• Pusher actuator: Range 0 to 40N, Resolution 5mN 
• Correction actuator : Range +/- 7N, Resolution 1mN

• Equipped with many astatic actuators
• Correction of polishing defaults and  mirror aberrations
• High stability
• Output rod at floating mounting
• Lower hysteresis than with Piezo actuator (0.1%instead of 10%)
• Rack included

• Generate a rotary movement by 3 axis  in a reduced volume
• Equipped with a swiveled plate activated by 3 micrometric bearing.
• Bearing with an angular transmission at 90°
• Sensitivity  of the Rotating travel at 1µrad
• Travel range +/- 1mm on each adjustment axis.
• Available on motorized version

• Set a target with high accuracy
• Compatible to high vacuum, contaminated environment
• Resistant to CEM constraints
• Translation & rotation movement
• Autonomous system of vacuum :Turbo molecular pumps
• Safety system

• LMJ Equipment
• Setting up with high accuracy the common reference into the center of the experience chamber
• Equipped with a 6 DOF Equipment
• Compatible: High vacuum in contaminated environment
•  Withstand to CEM  constraints
• Safety control

• Isostatic positioning and holding  of massive Parallelepiped mirror
• Dimensional stability
• Frame compatible in horizontal or vertical mounting

• Small footprint
• High guidance quality
• Angular travel range: +/- 3deg
• Speed: 0.25 deg/s
• Resolution: 4µrad per step

• Excellent stability
• Resolution : 0.0333 µm/ motor step
• Accuracy :
• Hysteresis :  
• Load (frame+optics): up to 150kg

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• Mirror :Ø 1 500mm
• Maximum Optic mass : 550 kg
• Compatibility : high vaccum , clean room
• Azimuth and elevation resolution : 10µrad

• Motorized GIMBAL by 2 stages TMP 29
• High vibratory stability
• Optics diameter : 605 mm +/- 5 mm
• Optics thickness : 80 mm +/- 5 mm
• Payload : up to 60kg

• 4 axis positioner (2 translations and 2 rotations of mirror
• Supply with a XYZ stage and 4 actuators
• Function of insertion and retraction of the diagnostic mirror and optical fiber

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