ANSYS simulation software

Ansys Optics - Optical Simulation Software

Modeling light propagation and its effects are essential for assessing product performance, as well as human comfort, perception, and safety. Ansys Optics & VR is the only software that replicates a system's optical performance and analyses the final illumination effect in real-world situations. It anticipates and validates the influence of light and material variations on appearance and perceived quality.


Allow Ansys Optics & Virtual Reality optical simulation software to guide you to the optimum option for your project, regardless of its style. The software is simple to use and addresses complex optical difficulties while also improving visual appeal for perceived quality. True-to-life visual experiences significantly improves final product quality, and design and engineering procedures are combined into a single, integrated workflow. In a real-time, immersive VR environment, prepare and evaluate virtual prototypes of a cockpit HMI. Alternatively, use Ansys Optics & Virtual Reality to simulate optical sensors for autonomous vehicles.

Ansys Optics Products

Ansys Genesis

ANSYS Genesis is a powerful engineering simulation software that enables engineers to perform advanced structural and thermal analyses. It provides a comprehensive set of tools for finite element analysis (FEA) and computational fluid dynamics (CFD), allowing users to optimize product designs, evaluate performance, and predict behaviour under various conditions. With its intuitive user interface and extensive range of pre- and post-processing capabilities, Genesis facilitates efficient simulation workflows.

Features :

  • Parametric design exploration
  • Design optimization
  • Seamless CAD integration
  • Design space exploration
  • Multidisciplinary Analysis
  • Integration with Ansys simulation tools
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Ansys Speos

Achieve superior results in designing, optimizing, and validating your optical system with the help of Speos software. This advanced tool enables you to visualize and explore the propagation of light in a virtual 3D model, allowing for an intuitive and interactive design process. By utilizing Speos' Live preview function, you can perform simulations and renderings in real-time, reducing iteration time and expediting decision-making. The software automates the design of optical surfaces, light guides, and lenses, ensuring optimal performance.

Features :

  • Lighting System Modeler
  • Lighting System Analyzer
  • Human Vision
  • Speos Live Preview
  • Robust Design
  • Optical Part Design
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Ansys Zemax Optics

Ansys Zemax Optics is a comprehensive software package for designing and analyzing optical systems, offering tools for ray tracing, simulation, and optimization. It enables users to create accurate virtual prototypes, reducing the need for physical iterations. With its user-friendly interface and advanced features, Zemax Optics is widely used by optical engineers and designers to streamline their workflow and achieve optimal system performance.

Features :

  • Comprehensive Optical Design Capabilities
  • Accurate Ray Tracing and Simulation
  • Virtual Prototyping for Rapid Iterations
  • Advanced Optimization Algorithms
  • Seamless Integration and Collaboration
  • Design Space Exploration
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Ansys Zemax OpticsBuilder

Ansys Zemax OpticsBuilder is a powerful software tool for optical design and analysis. It enables users to create and manipulate optical components and systems, utilizing advanced ray tracing techniques. The software facilitates opto-mechanical analysis, allowing users to study the interactions between optical components and mechanical structures. Tolerance analysis helps evaluate the impact of manufacturing variations on optical performance. With optimization capabilities, designers can improve the performance of their optical systems. The software also offers a comprehensive library of optical components and materials, streamlining the design process.

Features :

  • Optical Design
  • Ray Tracing
  • Opto-Mechanical Analysis
  • Tolerance Analysis
  • Optimization
  • Comprehensive Library
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