Optical Design Services
Precision Optical Engineering for Mission-Ready Systems
Clear Align provides advanced opto-mechanical design services that deliver rugged, high-performance optical systems for defense, aerospace, medical, and industrial markets. Our optical engineering team designs lenses to meet our customer's specifications while focusing on performance, manufacturability, environmental conditions, and mission success.
Expertise in Optical System Design
We specialize in optical assembly and system design that balances design elements for ideal image quality and SWaP-C (Size, Weight, Power, and Cost). Our designers apply proven techniques and tools such as NV-IPM, Zemax, Code V, and Solid Works to understand system requirements, generate optical designs, simulate stray light paths, verify models, and conduct tolerance analysis. By identifying critical parameters early, we optimize every design for performance and durability.
Lens Design and Advanced Optics
Our expertise in lens design covers SWIR, MWIR, LWIR, Visible, and multispectral systems. We have a large catalog of lens designs that allow our optical engineers to search for appropriate starting points for each lens design. This access reduces design time and improves compliance to design constraints.
We create zoom lenses, fixed optics, and custom assemblies with precise curvature and refraction control. Lens coatings and surface treatments are engineered to extend durability while meeting wavelength-specific performance needs. From LED optics to high-resolution imaging optics, every lens is validated with our in-house optical testing and environmental qualification lab.
Optical Design Software and Simulation Tools
We leverage leading optical design software, Zemax and FRED, to perform simulation and analysis of complex optical paths. These tools allow us to simulate stray light, thermal drift, and other environmental impacts, ensuring each lens design meets mission-critical requirements. Our team of experts utilize these software platforms to build accurate models and improve production outcomes as well as reduce expenses.