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OpticStudio’s intuitive user interface includes easy-to-learn tools and wizards which enable efficient simulation and design of any optical system.
With more than 200 field points you can set up even the most complex freeform and non-rotationally symmetric systems.
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Design high-confidence virtual prototypes with the only optical design software that can model everything from imaging optics to illumination, including the effects of stray light.
OpticStudio includes a suite of tools to analyze the performance of your system. In addition to the classic analysis functions, OpticStudio also offers Full-field Aberration analysis to improve freeform designs; contrast analysis for MTF optimization; and Image Simulation to produce photorealistic images of object scenes.
State-of-the-art optimization tools automatically improve the performance of designs based on userdefined constraints and design goals. This saves time by eliminating design iterations.
Optimize for MTF up to 10x faster with Contrast Optimization – which removes multiple design and test steps inherent in older processes.
With the ZOS-API, you can create standalone applications, build your own analyses, and control OpticStudio externally using C#, C++, MATLAB and Python.
Zemax Programming Language (ZPL) enables you to write your own macros to automate repetitive processes.
Custom DLLs allow creation of any surfaces, objects, sources, and scatter functions.
The new features and updates in OpticStudio take optical design to the next level. Optimize for MTF at least 10x faster than before, trace more rays with more field points than any other optical design software, build custom applications with the new API documentation, and analyze the aberrations of optical systems across the full field of view.
Sequential design tools
MTF optimization – Robustly optimize optical systems for MTF at least 10x faster with Contrast Optimization and visualize results for further analysis with the Contrast Loss Map.
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Aberration analysis – Improve your freeform designs by analyzing how various aberrations degrade the image or beam quality of your system across the full field of view with the Full-Field Aberration analysis.
Field points – Efficiently simulate and design highly complex freeform systems and non-rotationally symmetric systems with more than 200 field points, which can be visualized with the Field Plot and easily managed with the new Field Data Editor.
File compatibility – Use the updated CODE V File Converter to quickly convert *.SEQ files into sequential OpticStudio files.
Cost estimates – Instantly estimate the manufacturing costs of aspheric lenses.
Spot size optimization – Optimize your optical system for spot size faster using the improved Spot X+Y default merit function.
Non-sequential design tools
Ray tracing – Generate ray traces faster—with greater accuracy and reliability—using Boolean combinations of nonsequential objects with the new Boolean Native object.
Geometry creation – Simulate complex lenses in non-sequential mode for stray light analysis or optomechanical design with the Compound Lens object.
Automatic conversion – Design high-confidence virtual prototypes by tracing sequential and non-sequential rays through the same optical system by converting sequential systems with decentered apertures, multiple configurations, and sequential tolerances to non-sequential mode.
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Object shape – Calculate and visualize the detailed shape of non-sequential objects and export the data to expedite the optical fabrication process.
Editor navigation – Quickly scroll the editors with the new Express View, easily find the right surface, object, or operand using improved Go To search capabilities, and easily organize the editors by adding and removing bookmarks.
Improved graphic export – Export analysis windows with custom resolution in three file formats as well as vector graphics. Layout windows can also be saved with custom resolution.
Troubleshooting – The new Zemax File Collector tool helps you report crashes or other errors. The diagnostics package created with the tool enables us at Zemax to better diagnose and fix any issues you may encounter.
API examples – Quickly learn how to use OpticStudio’s API with comprehensive interface documentation and new examples for MATLAB, C#, C++, and Python.
API capability – Automate repetitive routines and create design processes with added sequential tools, additional analyses, and a simplified Optimization Wizard in the ZOS-API.
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Catalog updates – Ensure your simulation accurately reflects reality using the latest catalog data: Material catalogs, Stock lens catalogs, Test plate lists, Coating catalogs, Radiant Source Models, and IES Source Models.