OPTIMAXInnovation
At Optimax, we are continuously looking for ways to improve our fabrication proceses in order to produce higher quality optics. Our R&D department actively pursues projects that will help Optimax manufacture optics better, quicker, and more cost effectively. Currently, we are working on several projects designed to meet future market needs.
| Future capabilities | Current research |
|---|---|
| Conformal and free form optics | Novel conformal processing techniques |
| Mid-spatial frequency error-free surfaces | VIBE finishing of sub-aperture polished surfaces |
| New optical material processing | Optical manufacturing studies of new to market materials |
| Higher Laser Damage Threshold surfaces | Fine finishing studies for CaF2 and FS |
Research Assistants
Research assistants are Optimax opticians who have been specially trained in Design of Experiment (DOE) best practices. Research assistants perform research experiments parallel to production in their lean cells. Historically, R&D and the optical manufacturing shop floor have been independent entities. Optimax has been able to integrate the two departments for faster deployment and practical utilization using research assistants.SBIR (Small Business Innovative Research) Grants
Optimax currently has five active SBIR projects:- Optically Precise Conformal Sensor - Phase II Navy SBIR
- Removing Mid-Spatial Frequency Errors on Curved Surfaces with VIBE - Phase II NASA SBIR
- Low-Drag Infrared Dome - Phase I Navy SBIR
- Reduced Cost Grinding and Polishing of Large Sapphire Windows - Phase I Navy SBIR
- Fabrication of Corrective Optics for Aerodynamic Domes - Phase I Navy SBIR
For a complete overview of all that Optimax has been awarded, visit our Awards page.
Papers and Presentations
Papers authored by Dr. Jessica DeGroote Nelson (mouse-over for abstract):
Upcoming Presentations:
- More to come.
