Revolutionize lens design with AI that understands optical engineering.
rAI Optics pioneers next-generation AI-assisted lens design tools that leverage large language models, domain-specific search engines, and advanced ray tracing algorithms to transform optical design from an art practiced by few to a tool available to many.
Recent win: Microscope objective
Achieved <0.4 λ RMS wavefront error across 470–650 nm with a 5-element apochromat and relaxed glass tolerances.
Key outputs
- Zemax-compatible prescription
- Tolerance stack with worst-case MTF
- Procurement-ready glass report
Avg. cycle time
68% faster vs. manual workflows
AI-Generated Starting Designs
Automate the generation of high-quality starting-point designs using advanced AI algorithms and domain expertise.
Manufacturable Solutions
Export prescriptions to Zemax, Code V, or OpticStudio with manufacturable glass calls, curvatures, and spacing.
Performance Evaluation
Evaluate system performance and suggest manufacturable modifications within a streamlined, intuitive interface.
Empowering both expert and non-expert users.
Our technology enables rapid, accessible, and manufacturable solutions for optical engineers and product developers, transforming the lens design process from an art practiced by few to a tool available to many.
- Live Zemax and Code V exports with curvature validation
- BOM-ready glass lists with Schott, Ohara, and CDGM sourcing
- Versioned optical notebooks backed by rAI Lens Studio artifacts
Guided workflow
01
Describe your optical system
Define your imaging requirements, spectral bands, package constraints, and performance goals in natural language.
02
AI generates starting designs
Our AI leverages large language models and ray tracing algorithms to create manufacturable lens prescriptions.
03
Refine and export
Evaluate performance, iterate on designs, and export directly to your preferred optical design software.
Join us in reshaping the future of optical lens design.
Experience the next generation of AI-assisted lens design tools that simplify complex optical engineering and make advanced lens design accessible to everyone.