FRED
FRED is an all-in-one tool that simulates light propagation through optomechanical devices using ray tracing. It allows users to assign realistic surfaces to each component of a system. The software offers fast and accurate simulations of different light sources such as LEDs, lasers, arc lights, bulbs, ideal emitters and ray sets defined by the user. The software includes advanced geometry, scattering, optimization, tolerance, scripting and graphic tools. It also allows for fine-grained control of ray trace characteristics during simulations. It offers comprehensive post-trace analyses and reports, as well as real-time visualisation and editing of complex mechanical and optical systems. FRED comes in three editions. FRED Classic provides the core capabilities to propagate light through optomechanical system.
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LightTools
LightTools is an integrated 3D optical engineering software that allows for virtual prototyping, simulations, optimizations, and photorealistic renderings. It allows users to create illumination designs that are accurate the first time. This reduces prototype iterations, and accelerates time to market. The key features are sophisticated solid modeling, with full optical accuracy. State-of-the art ray tracing with user-controlled accuracy, and the ability for users to create light sources using any geometric model. LightTools provides application-specific utilities that help users build complete models quickly, extensive material and source libraries, including LEDs, BSDF measurements and robust data interchange support for mechanical CAD. The software offers an interactive, dynamic connection with SOLIDWORKS. It includes multiple modules which can be licensed to meet user needs.
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BeamWise
BeamWise comprises a suite of software tools and associated services aimed at designing biophotonic and intricate optical systems. Utilizing the Design++ platform, which leverages knowledge-based engineering, it facilitates the integration of internal engineering know-how and enhances the automation of legacy systems within design and product configuration processes. By bridging the optical and mechanical domains, BeamWise enriches CAD applications such as AutoCAD and SolidWorks with essential design guidelines and a comprehensive component library, thus ensuring consistent beam alignment throughout design modifications. This innovative design automation tool effectively tackles critical obstacles in optical system development, including the high costs of prototype iterations, the labor-intensive nature of design documentation, and the unpredictability of instrument performance, by streamlining the generation of 3D CAD models and accompanying design documents such as drawings and parts lists. With its capabilities, BeamWise not only enhances design efficiency but also significantly reduces time-to-market for complex optical systems.
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OSLO
OSLO (Optics Software for Layout and Optimization), a comprehensive optical design software, was developed by Lambda Research Corporation. It combines advanced ray-tracing, optimization, and analysis methods with a fast internal compiled language to enable users to tackle a wide range of challenges in optical designing. OSLO's open-architecture gives designers the flexibility to define systems and constrain them according to their requirements. The software can model a variety of optical components including refractive and reflective optics, diffractive optics, gradient index optics, aspheric and freeform lenses, and more. Its robust ray-tracing algorithms and analytical tool set provide a solid basis for optimizing and evaluating optics such as lenses, telescopes and other optical systems. OSLO has been used to design a wide range of optical systems including space telescopes and camera lenses.
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