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mirao™ 52-e Electromagnetic Deformable Mirror
 
 

mirao 52-e is a unique wavefront shaping technology that combines unparalleled stroke and precision with low power consumption and USB2 connectivity to meet the needs of today’s most demanding applications. Key features include:

  • ±50 µm stroke (tilt p/v)
  • 15mm pupil with 52 actuators
  • exceptional optical quality (10 nm rms)
  • surprising precision (20 nm rms)
  • virtually no hysteresis (<2%)
  • near perfect linearity (>95%)
 
  • TRIG-OUT for TTL synchronization
  • USB2 connectivity
  • ANSI-based Application Programming Interface (API) compatible with standard programming environments
  • Fully IEC 61010 & 1236 compliant (electrical safety and electromagnetic compatibility)

miraomirao is a unique technology that overcomes many of the barriers that limited deformable mirror performance in the past. By using electromagnetic energy to deform the mirror’s surface up to ±50 µm (tilt p/v), it outperforms other commercially available mirrors in applications where severe aberrations need to be corrected. Even up to the Zernike 6th order with extreme precision.

In addition to its excellent optical quality, high linearity and lack of hysteresis, the fact that mirao functions with almost any beam wavelength and intensity makes it ideal for a wide range of applications. mirao 52-e’s new, ultra-compact electronic unit connects to your PC via a stand USB2 port, and offers improved temporal performance and stability. What’s more, we’ve added a trigger output to facilitate synchronization with other devices via a TTL signal.

The other major enhancement to the mirao 52-e is an all-new Application Programming Interface (API) that was painstakingly developed to provide easy access to mirao’s powerful wavefront correction abilities. The API includes a complete, timesaving collection of high-level functions so that users can quickly develop feature-rich applications without having to rewrite driver libraries on their own. Thanks to its strict compliance to the ANSI C standards, the API library can be used in a large number of development environments.

 

Exceptional wavefront correction

Maximum Peak-to-Valley (PV) wavefront generation
   
  ±50 µm ±50 µm  
±30 µm ±35 µm ±30 µm
±25 µm ±10 µm ±10 µm ±25 µm
±15 µm ±8 µm ±8 µm ±8 µm ±15 µm
rms residual wavefront error: max 0.020 μm. Generation of any Zernike mode of order <5 with an amplitude set at 20% of total dynamic range.

Key specifications

Number of actuators 52
Maximum generated wavefront (PV) ± 50 µm
Surface quality (RMS active flat) 10 nm
Wavefront quality (RMS active flat) 0.020 µm
Integrated tip/tilt correction Yes
Spatial frequency correction Zernike orders up to 6
Effective diameter 15 mm
Linearity > 95 %
Hysteresis < 2 %
Zernike mode quality (RMS residual wavefront error) max. 0.020 µm (generation of any Zernike mode of order < 5 with an amplitude set at 20% of the total dynamic range on a 14.6 mm diameter pupil)
Actuator input voltage ± 1 V max.1
Coating Protected Silver
Power consumption 50 W max.
Dimensions/Weight (without cable) 64 x 64 x 23 mm / 490 g
1) Actuator input voltage: ±1V max in each of the 52 channels. Sum of absolute voltages > 25 V.

If you would like more information on our products, please call +33 (0)1 64 86 15 60 or e-mail us by clicking here.

 
Examples
 

Click here to see how researchers are acheiving results with our adaptive-optics products for microscopy in life sciences.

 

Applications
 

Microscopy (click to see microscopy applications) - Coupled with our HASO3 wavefront sensors, mirao 52-e allows you deeper imaging inside living tissue and other measured samples to obtain crisp, clear images at the microscopic level.

Freespace communications - mirao 52-e's wide wavefront correction range and rapid responsiveness make it the ideal choice to help increase the range and reliability of these signals.

Lasers - mirao 52-e is perfect for optimizing the focal spot and increasing the beam density at the focal plane of lasers.

 

Documentation
 

PDFProduct brochure - click the PDF icon to download.

 
 

Click here to read an independant study on deformable mirror performance.

 
 
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