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Tags :VirtualLab Fusion
Revolutionize Optical System Design with VirtualLab Fusion 2024 Welcome to VirtualLab Fusion 2024, the next generation of the industry’s first unified optical engineering software. This release empowers engineers and researchers to break free from the limitations of traditional, segmented design tools. By combining physical optics modeling with ray tracing in a single, integrated platform, VirtualLab Fusion 2024 enables the rapid and accurate development of next-generation optical systems, including diffractive, metasurface, and laser-based systems. Core Innovations & Key Features in VirtualLab Fusion 2024 VirtualLab Fusion 2024 is built on the principle of “No Black Box” modeling, giving users deep insight and control over their simulations. 1. Unified Optical Modeling Paradigm Move beyond the approximations of geometrical optics and embrace full physical...
VirtualLab Fusion 2025 is the latest major release of LightTrans’ flagship optical modeling and design software, specializing in fast physical optics simulations for multiscale systems. Released in July 2025 as version 2025.1 (Build 1.176), it enables seamless integration of geometrical optics, wave optics, and physical optics models in a unified platform. This version emphasizes higher speed, easier usability, deeper physical insights, and enhanced control, making it ideal for designing complex optical systems in industries like AR/VR/XR, laser beam shaping, diffractive optics, and metasurfaces. By connecting field solvers via an innovative operator and channel concept, VirtualLab Fusion balances simulation accuracy and computational efficiency, supporting everything from preliminary concept validation to detailed optimization. The 2025 release requires a 2nd quarter 2025 Update...
VirtualLab Fusion The Multiscale Optical Simulation and Design Platform VirtualLab Fusion is a unique optical design software designed for multiscale optics simulations. It integrates a wide range of simulation models for all types of optical components, both large and small, seamlessly combining them on a single software platform. With its ability to use the most appropriate solver for each component, VirtualLab Fusion ensures fast simulations while continuously tracking the full electromagnetic field and accurately accounting for diffraction and interference effects. Components such as nanostructures, metalenses, gratings, mirrors, and lenses, along with their simulation models, are fully integrated into one user-friendly interface. Thanks to its non-sequential methodology, VirtualLab Fusion simplifies even the most complex optical design tasks, making it the ideal choice...
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