QUADOA Optical Design Software
QUADOA® Optical CAD is the premier sequential and multi-sequential optical design software, purpose-built to streamline the entire prototyping process of complex optical systems. Designed as a next-generation solution, QUADOA® focuses on high-precision optical simulation, analysis, optimization, and tolerancing. By integrating a comprehensive suite of advanced design capabilities, it empowers engineers to transition seamlessly from initial concept to a production-ready prototype within a single, intuitive environment. Wavelength Opto-Electronic is the partner of QUADOA optical design software for Singapore, Malaysia, Thailand, and India.
| Commercial License (Perpetual) | Research License (Perpetual) | Subscription License (Rental) | Upgrades License | Free Trial License |
| Not a binding order | 45 days free trial | |||
Without time restriction | Free updates & service | Upgrade existing license | No costs occuring | |
No annual costs occuring | Flexible subscription basis | – | No need to unsubscribe | |
1 year free updates & service | Commercial & Research | – | ||
| Commercial companies | Research & Education | – | ||
QUADOA Optical Design Software Information
QUADOA® Optical CAD is the first sequential and multi-sequential optical design software for the complete prototyping process of optical systems.
With a primary focus on optical simulation, analysis, optimization and tolerancing, QUADOA® Optical CAD offers a wide range of comprehensive optical design capabilities.
Physical Methods: In addition to classical Raytracing QUADOA® fully supports Polarization Raytracing and Wave Optical Propagation.
Simulation capabilities: A nearly unlimited range of surface types – including Aspheres, Free-Form surfaces, Arrays, Phase functions, local surface defects, Birefringent materials, GRIN lenses, and material inhomogenities – can be simulated.
Powerful optimization algorithms allow any parameter of the optical system to be optimized, enabling solutions to even the most complex design challenges.
Multi-sequential raytracing opens up a new range of design options and analysis features.
Object-based approach enables modular arrangement of lenses and assemblies.
Full bi-directional compatibility with mechanical CAD software enhances opto-mechanical development in a new way.
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