Dec 8 2010
Boston Micromachines and Bridger Photonics have entered into a consulting agreement to analyze a new (microelectromechanical systems) MEMS membrane deformable mirror (DM) design by utilizing Boston Micromachines' facilities. Boston Micromachines provides EMS-based DM solutions for adaptive optics systems.
The National Science Foundation has provided a Small Business Technology Transfer (STTR) grant to Bridger Photonics for the development of a commercial prototype of the aberration compensated focus control appliance. The device will be designed on the basis of MEMS technology, and will enable the user in deflecting a DM mirror for a particular focal length.
The prototype device will enable aberration correction and focus control in an economical, compact sensor, thereby facilitating advanced biomedical imaging appliances for microscopy applications. In addition, the device will have active control for low-order aberrations.
Boston Micromachines’ CEO and President, Paul Bierden stated that the company is delighted to help Bridger Photonics by providing the company’s expertise in DM technology. He added that the developments in DM technology have encouraged scientists in making innovations in the fields including laser communication, and microscopy.
Source: http://www.bostonmicromachines.com/