Get everything you need to simulate, optimize, and tolerance your optical designs. Design high-confidence virtual prototypes that you can thoroughly analyze before manufacturing.
Discover new ways to turn innovative ideas into products that shape the world. OpticStudio is the standard for optical, illumination, and laser system design in leading companies throughout the optics industry and at universities around the world.
Improve your optics workflow to spend more time validating and adding quality to your designs. Automate workflows with our API. With OpticStudio STAR (Enterprise edition only) quickly analyzes the impacts of structural and thermal loads.
“OpticStudio makes it easy to use different optimization techniques at different points in the process. Using OpticStudio allowed us to work in the most efficient way possible.”
Optics and photonics leader LightPath needed a better way of managing the complexities of its designs for aspheric lenses, which can be very expensive to machine. To ensure their aspheric lens designs were production ready, LightPath used OpticStudio to apply local and global optimization, Hammer Optimization (which helps seek out design solutions outside the local space), and Contrast Optimization to refine the designs for peak optical performance before manufacturing. By reducing the number of costly prototypes, LightPath saved time and money and helped more rapidly generate viable, marketable products. Optimization toolsets in OpticStudio empowered the LightPath teams to focus on quality, performance, and workflow automation while getting to market faster through predictive manufacturability.
Realize the Multiphysics potential of an end-to-end optics portfolio by combining Ansys Zemax OpticStudio with Ansys Lumerical and Ansys Speos . Streamline workflows and communication across photonic, optical, mechanical, and manufacturing engineers.
Optimize the design of photonic components, circuits, and systems at the chip level with waveguides, sensors, and microlenses
Apply ray tracing analysis, optimization, and optical and mechanical tolerancing via API-driven automation to refine optical designs
Predict the illumination and optical performance of systems via lighting simulation and integrations into 3D environments
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