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OPTO-MECHANICAL DESIGN


Solutions to Optical Challenges

Opto-Mechanics is integral to advancements in astronomical exploration, defense, aerospace, manufacturing, and consumer technology; pushing the envelope of what is possible. Quartus engineers utilize advanced principles and design methods to develop innovative and efficient solutions for your optical system. Our multidisciplinary design techniques include:



  • Kinematic mounting principles
  • Precision positioning mechanisms
  • Flexure mounting
  • Design for decoupled DOF motion
  • Thermal and vibration stabilization
  • Material trade studies

Details Make the Difference

The art of opto-mechanical design and manufacturing requires a sound understanding of optical principles in order to meet the demanding requirements of your environment. Quartus engineers have the expertise required to deliver solutions that meet your unique design challenge across a broad range of environmental conditions.



Take Advantage of Our Experience

Quartus engineers have designed a number of multi-lens barrel assemblies, ground based telescopes, and space based telescopes meeting tight optical spacing, tilt, and decentration requirements. Quartus has performed structural analysis to validate mechanical integrity under various g-loading conditions and temperature variations. Our designs employ lens mounting, lens locking, and bondline thicknesses to meet our clients' assembly capabilities. Quartus delivered manufacturing documentation that detailed assembly, defined lens fabrication, surface profiles, and coating requirements.