Researchers Can Now Implement Adaptive Optics In Hours Rather Than Months
San Jose, CA - Thorlabs, Inc. and Boston Micromachines Corporation (BMC) recently announced the Adaptive Optics (AO) Toolkit, a new kit that makes adaptive optics easy, affordable, and widely available for researchers.
The new AO Toolkit is a complete turnkey solution that allows researchers to integrate adaptive optics into their research systems in hours rather than months. In addition, it is priced four times less than components purchased separately from other manufacturers, thereby providing the price point necessary for wide scale deployment in research and industrial communities.
"There are endless commercial applications that can benefit from the use of AO," said Alex Cable, president and founder of Thorlabs. "By creating this kit, we hope to empower researchers to develop the next generation of AO applications."
"Given the maturity of adaptive optics technology and the astounding results of the early adopters in the fields of astronomy, retinal imaging, and microscopy, researchers are eager to bring this innovative technology into their research labs," said Paul Bierden. "Now with the availability and low cost of the AO Toolkit even researchers without a significant budget can innovate with AO."
The Adaptive Optics Toolkit includes Thorlabs' WFS150C Shack-Hartmann Wavefront Sensor, BMC's 140 actuator Multi-DM deformable mirror system, and software designed to minimize wavefront distortion. The control software also allows the user to monitor the wavefront corrections and intensity distribution in real time.
Shack-Hartmann Wavefront Sensor
The WFS150 series of Shack-Hartmann wavefront sensors provide accurate, high-speed measurements of the wavefront shape and intensity distribution of beams. With Thorlabs' Shack-Hartmann wavefront sensor, it is possible to optimize the wavefronts of laser sources dynamically, characterize the wavefront distortion caused by optical components, and provide real-time feedback for the control of adaptive optics. The sensor consists of a high resolution (1.3 Megapixels) USB 2.0 CCD camera, a microlens array, and a software package for evaluation of the generated spot field.
This popular and versatile Multi-DM offers sophisticated aberration compensation in an easy-to-use package. The mirror, which is based on MEMS technology, consists of a mirror membrane that is deformed by 140 electrostatic actuators (i.e. a 12 x 12 actuator array), each of which can be individually controlled. Unlike piezoelectric mirrors, the electrostatic actuation used with BMC's mirrors ensures deformation without hysteresis.
The full featured control and analysis software has a user- friendly graphical interface with menu-driven tools for camera settings, calibration, analysis, and display options.
SOURCE: Thorlabs, Inc. and Boston Micromachines Corporation