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Optical Design, Assembly and Testing
The staff of Michigan Aerospace Corporation has experience in the analysis, design, fabrication and testing
of a wide array of optical and mechanical systems. These systems include Fabry-Perot interferometers, grating spectrometers,
nano-positioning systems, optical telescopes for LIDAR, optical systems for industrial inspection,
and robotic systems for manufacturing. Michigan Aerospace Corporation has built systems operating in all regions of the optical spectrum
through much of the mid-infrared, spanning wavelengths from 266 nm to 13 microns. Michigan Aerospace also has experience designing
cryogenic optics for infrared remote sensing.
Michigan Aerospace utilizes the latest tools available for optical and mechanical design and analysis. These tools enable us
to design and build optical instruments and systems that exhibit high levels of stability and performance in thermally and mechanically dynamic
environments. We have a class 10,000 clean room facility that allows us to fabricate and test our products in a contaminant-free environment
and enables us to provide the highest quality products possible.
Our innovative techniques for nano-positioning and feedback control utilizing piezoelectric and ferroelectric actuators
ensure the highest level of precision and accuracy in alignment and positioning stability and control. Integration of these techniques into
our tunable Fabry-Perot interferometers has produced previously unseen levels of stability and control. The strategic placement and inclusion
of piezoelectric actuators enables the design and production of optical instruments and systems with the capacity for full remote alignment
and operational control.
Our optical engineers are skilled in design and fabrication of lenses, telescopes, reflective optics and interferometers.
We use the latest versions of Zemax, NASTRAN, Cosmos and SolidWorks.
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