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Contact Keysight Expert Optical Design Services for Complex Engineering Applications
✓ Optical System Design & Analysis: Expertise across imaging, illumination, and photonic system design using advanced optical modeling and analysis techniques.
✓ Design for Manufacturability: Incorporate tolerances, material behavior, and environmental sensitivities to ensure designs are robust and production-ready.
✓ Advanced Optical Analysis & Optimization: Apply proven analysis methods and design optimization techniques to support complex optical system development.
✓ Real-World Design Experience: Decades of applied engineering experience delivering designs intended to be built, with focus on cost-effectiveness and as-built performance.
Keysight Optical Design experts are trusted by thousands of aerospace, automotive, and medical system engineers:
5,500+
Projects Succesfully Delivered
60+
Years of Optical Consulting
130+
Patents in Optical Innovation
Fill the form to request a consultation with a Keysight Optical Design Engineer:
Optical Bottlenecks Holding Your Hardware Timelines Back?
Most hardware engineering teams are trapped in a cycle of slow prototype iterations, manual tolerance adjustments, and unpredictable stray light anomalies, stalling time-to-market.
End-to-end support
Our optical engineering services include optical design as well as mechanical design, electronics integration, and thermal analysis to build next-level products.
Flexible workflow
Whether you need full project management or specific expert advice, you’ll benefit from our design expertise, advanced tools, and cost-effective solutions.
Experienced team
Our optical engineering services team has successfully completed thousands of imaging, illumination, and optical engineering projects.
Versatile capabilities
We support optical design engineering for many industries from consumer products to space equipment. No optical project is outside of our abilities.
Keysight Optical Engineering Services Recognized by NASA
For more than 60 years, Keysight Optical Design Engineering has served as a trusted authority for complex, mission-critical physics and optical engineering.
Our legacy includes being honored with the prestigious NASA Public Service Group Achievement Award for our pivotal engineering contributions to deep space exploration, including the highly precise corrective optics for the Hubble Space Telescope.
By combining this unmatched consulting heritage with our industry-standard simulation software, we help engineering teams eliminate design blind spots, confidently solve non-sequential stray light defects, and validate next-generation systems before committing to physical manufacturing hardware.
Unify Your Optical Development Lifecycle with Advanced Physics Modeling
Replace disconnected, fragmented design workflows with a centralized virtual prototyping ecosystem built to scale across imaging and illumination architectures.
Virtual Prototyping and Digital Twins for Complex Lens Design
Overcome complex lens design challenges across mobile, smartphone, and diagnostic systems.
Utilizing advanced spot diagram analysis and geometric image simulation, engineering teams can visualize exactly how an image looks through a custom cell phone lens assembly—drastically cutting validation timeframes and boosting total project productivity.
Precision Illumination Engineering for Automotive and ADAS Platforms
Accelerate automotive compliance and streamline headlight design.
Utilizing Keysight’s LucidShape platform and GPU-accelerated ray tracing, engineering teams can construct complex optical geometries, optimize custom LED light pipes, and test adaptive front-lighting systems via interactive night-driving simulations before entering physical tool fabrication.
High-Resolution Medical Device Imaging and End-to-End Tolerancing
Bring life-saving diagnostic systems to market with absolute precision.
By unifying CODE V’s lens optimization algorithms with ImSym’s complete sensor simulation, engineering teams can model endoscopes, surgical imaging tools, and advanced scanners, factoring in production limits early to guarantee high manufacturing yields.
Next-Generation Waveguide Design and Stray Light Mitigation
Overcome the rigid physical boundaries of compact wearable display systems.
By combining RSoft Photonic Device Tools micro-grating modeling with LightTools’ AR Waveguide Designer, engineering teams can seamlessly map k-space propagation, maximize color uniformity, and isolate non-sequential stray light scattering before tooling hardware.
The Risk and Complexity Gaps in Traditional Optical Design Approaches
As engineering teams develop complex optical systems, relying on limited in-house expertise or generalist approaches introduces risk, delays, and performance gaps that traditional methods cannot solve.
Traditional in-house or generalist approaches | Keysight Optical Engineering Services |
|---|---|
| ❌ Optical designs fail to meet performance specifications or require multiple iterations to reach acceptable results. | ✅ Deliver fabrication-ready optical designs built to predicted specifications within tolerance using advanced optical engineering services. |
| ❌ Teams lack specialized optics expertise or are too overloaded to properly handle complex optical system design. | ✅ Access expert optical design consulting and optical consulting from a trusted optical engineering company. |
| ❌ Generalist approaches struggle with advanced imaging, illumination, and high-performance optical systems. | ✅ Solve complex challenges with optical design services, including imaging systems and illumination design services. |
| ❌ Late-stage design issues create rework, delays, and increased development risk. | ✅ Reduce risk and accelerate delivery with custom optical design and tolerance-aware engineering from the start. |
Request your tailored optical engineering quote
Tell us about your optical design requirements and we’ll assess feasibility, scope, and next steps focused your use case.
What happens after you submit the request:
- Review of your optical system requirements, constraints, and targets.
- Initial feasability feedback from experienced optical engineers.
- Recommended approach for optical design services or optical engineering services.
- Clear scope definition and a tailored guideline for next steps.
- Opportunity to discuss your use case with an expert.
Fill the form to request a consultation with a Keysight Optical Design Engineer:
Featured Resources
Keysight Optical Design Engineering Services FAQs
Optical engineering services help design, analyze, and optimize optical systems when your team lacks bandwidth or specialized expertise. They are typically used for imaging, illumination, or complex optical system design that must meet strict performance requirements.
Your request is reviewed by an optical engineer who looks at your requirements, constraints, and goals. You receive feedback and a recommended approach for your optical design services or optical engineering consulting needs—without any sales pressure.
No. Many teams reach out early. Keysight optical design consultants can help define requirements, assess feasibility, and propose next steps based on your current design stage.
Yes. Keysight works as an extension of your team, supporting specific parts of the design process through optical consulting while you retain control of your project.
Keysight supports imaging systems, lens design consulting, and illumination design services, including lightguides, LED optics, and full optical systems engineering.
Yes. Designs are delivered as custom optical design solutions built to meet predicted specifications within tolerance and prepared for real-world implementation.
No. Teams also use these services for targeted support, optimization, or expert review through an optical design consultant.
Initial feedback is typically fast and focused. You receive clear next steps so you can decide how to move forward without delay.