Opto mechanics / Deformable mirror
MD Controller
Multi-axis controller
- Controls up to 54 stepper motors for the Deformable Mirror
- Power supply: 115VAC-230VAC / 50-60Hz
- Power consumption (max.): 8A/230VAC - 16A/115VAC
- Deformable Mirror connectors: 6x D-SUB-37 female sockets
- Storage temperature: -20°C to +70°C
- Protection class: IP20
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: MD Controller
Deformable mirror
MD-AME
- Original patented technology focused on the needs of laser technicians
- Wavefront correction with nanometric precision
- No grid effect on the laser beam
- Very good linearity (> 99%)
- Wide range of sizes from Ø22 to Ø800mm
- Control rack included
- Complete adaptive optics loop available via the LASQUA consortium
- Interfaces with any wavefront analyzer and wavefront correction software
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: Deformable mirror
Cooled deformable mirror
High power active optic
- Patented technology
- Developed in collaboration with Imagine Optic
- Equipped with a Micrometric Effort Actuator (AME) network: 47 actuators
- Mirror polishing faults and aberrations corrected by micro force actuators
- No grid effect on the laser beam
- Hysteresis lower than with piezo actuators (0.1% instead of 10%)
- Long term stability
- Control rack included
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: Cooled deformable mirror
Space deformable mirror
MD-AME Space
- Wavefront corrections for space applications
- Improves the quality of space telescope imagery
- Low hysteresis
- Very low energy consumption
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: Space deformable mirror
Deformable mirror MD-AME-IR
Infrared laser applications
- Improves laser beam quality through wave front correction
- No print-through effect on the optical surface
- Excellent linearity (<99%)
- Low hysteresis (<0,1%)
- High stability excluding energy
- High long-term stability unpowered
- Suitable for high average power laser up-to 2,5 kW
- Control rack included
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: Deformable mirror MD-AME-IR
Deformable mirror ILAO
Intensive Laser Adaptive Optics
- Patented technology
- Developed in collaboration with Imagine Optic
- Equipped with a Micrometric Effort Actuator (AME) network: 37 or 52 actuators
- Hysteresis lower than with piezo actuators (0.1% instead of 10%)
- Uniform distribution of forces on the contact surface
- No friction or fingerprint effects on the mirror
- Long term stability
- Available in several models, several sizes, etc.
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: Deformable mirror ILAO
