2PW Laser Deformable Mirror Ø400 mm
The MD-AME 2PW Laser Deformable Mirror is designed for ultra-intense laser systems requiring high-precision wavefront correction and exceptional surface stability.
Using the innovative µAME-ST actuator technology, the mirror maintains its optical surface shape even when powered off — ensuring no print-through effects and long-term reliability under extreme power conditions.
This patented technology is optimized for petawatt-class laser facilities, adaptive optics systems, and beam-shaping applications where nanometer-level precision is required.
Features
- Wavefront correction with nanometer precision
- No actuator imprint or grid effect on the optical beam
- 129 µAME-ST actuators integrated for active control
- Compatible with any wavefront analyzer and control software
- Active aperture: Ø400 mm
- Angle of incidence: <10°
- Correction capability: up to 8th Zernike order
- Power handling: up to 2 PW laser systems
Applications
- Ultra-intense and petawatt laser facilities
- Adaptive optics for high-energy laser systems
- Beam shaping and focus optimization
- Scientific research in plasma physics and photonics
- High-precision interferometry and optical testing
Specifications
| Parameter | Specification |
|---|---|
| Active Aperture | Ø400 mm |
| Wavefront Correction Precision | Nanometer scale |
| Correction Capability | Up to 8 Zernike order |
| Actuators | 129 µAME-ST actuators |
| Power Handling | 2 PW laser |
| Angle of Incidence (AOI) | <10° |
| Coating Options | Dielectric, metallic, or hybrid (high LIDT, broadband) |
| Working Pupil | Ø22 mm – Ø800 mm (circular or square) |
| Mounting Options | Motorized Gimbal Tip-Tilt mount available |
| System Compatibility | Windows and Linux |
| Wavefront Sensor Compatibility | All common wavefront sensing technologies |
Download
Download data sheet
