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光学仿真和设计软件

对光传播及其影响进行建模对于测量产品性能和人体舒适度、感知和安全性至关重要。Ansys Optics以独特的方式对系统的光学性能开展仿真,评估最终照明效果,预测和验证光照和材料变化对观感和感知质量的影响,这一切都在真实条件下进行的。在产品出现之前实现产品可视化,以提供最终的虚拟客户体验

光学仿真的新视角

高级功能

让Ansys Optics和光学仿真软件为您提供最佳的解决方案,无论您的项目是何种类型。该软件可轻松解决复杂的光学问题,并改进视觉外观以获得感知质量。通过逼真的视觉体验显著提高最终产品质量,并将设计和工程流程整合到统一的互联式工作流程中。在实时沉浸式环境中准备和评估驾驶舱HMI的虚拟原型。或者,利用Ansys Optics提供的多种功能,仿真自动驾驶汽车上的光学传感器。


光学镜头

Optical Simulation and Design Software Products

JULY 2023

Optics 

With the 2023 R2 release, Ansys Optics delivers innovation to our industry-leading software tools, addressing our customers' needs for state-of-the-artoptical design and workflow optimization. We're helping customers save time and money while enabling them to bring products to market faster.

For Ansys Optics, 2023 R2 adds the Optics Launcher with self-service trials,which provides our customers with a launch pad for all their Ansys Optics applications.

Speos faster simulations gpu compute

Webinars

Ansys

Ansys 2023 R2:Ansys Speos新功能

Ansys Speos持续‍推动创新,为光学设计师提供精准的高性能仿真功能。2023 R2‍版本提供的强大功能可提高仿真精度,‍加强了与其它Ansys产品的互操作性。

Ansys

Ansys 2023 R2:Ansys Zemax新功能

Ansys Speos持续‍推动创新,为光学设计师提供精准的高性能仿真功能。2023 R1‍版本提供的强大功能可加快求解速度,提高仿真精度,‍加强了与其它Ansys产品的互操作性。

 

Capabilities

Ansys Optics allows you to accurately and robustly simulate your optical and optically enabled products while also allowing you to visualize future products. Conduct precise analysis, optimization, and tolerancing of your systems to ensure that these systems are designed for manufacture and can be built at scale and brought to market quickly. Leverage physics-based light simulation to understand how your products look under real-world lighting and usage conditions.

Ansys physics-based imaging, illumination and optical design simulation software streamlines the design process to better understand how your product will perform under real-world lighting and usage conditions.

When customers evaluate your products, the overall look and details can make the difference. Simulate light interactions with materials so you can see how your product will appear in real-world conditions, letting you see eye to eye with your customers and making decisions. 

Optical sensors are the eyes of any intelligent system. Assess raw signals from camera and lidar systems in their operating environments. Post-process simulated data to optimize sensor layouts on vehicles in dynamic driving conditions. 

Use real-time, interactive and immersive environments to experience your prototype in virtual reality on a 1:1 scale. 

Simulate, analyze, optimize, and tolerance your optical designs based on precise knowledge of light paths and conditions. Design high-confidence virtual prototypes that you can thoroughly analyze before manufacturing. 

Design complex Optical surface, Optical Lens with rectangular, circular or freestyle grid for automotive lighting application, Design LightGuide for thin & homogeneous appearance

Quickly analyze the impacts of structural and thermal loads with our powerful Structural, Thermal Analysis & Results (STAR) technology. Simplify and optimize workflows between finite element analysis (FEA) packages and your OpticStudio optical design. 

Get optical designs to market faster at lower costs through easy cross-team collaboration. Convert complete optical designs into CAD on the Creo Parametric platform. Analyze optical performance impacts of mechanical packaging, and easily export CAD drawings to manufacturing. 

Streamline optomechanical packaging for your products without losing pace or sacrificing optical performance. Design better products faster with early insights into tolerancing and manufacturability. 

 

Applications

View All Ansys Applications

Autonomous vehicle sensor simulation including lidar, radar and camera design

自动驾驶传感器开发

Ansys提供综合全面的自动驾驶车辆传感器仿真功能,包括激光雷达、雷达和摄像头的设计和开发。

车辆外观

车辆外观

Ansys仿真使您能够通过降低阻力、减轻重量并提高燃油效率和增加续航里程来优化汽车外观。

车辆内饰

车辆内饰

了解Ansys仿真如何优化车辆内部设计,从舒适性和噪声到人机界面。

空

心血管

新型心血管医疗设备和植入物的快速、可靠的创新与测试

Autonomous System Validation

自动驾驶系统验证

基于模型的功能安全和信息安全解决方案可加速自动驾驶系统的开发和认证。

航空航天

Ansys仿真解决方案可显著降低航空业所需的产品生命周期成本,同时加速技术创新,助您取得未来的成功。

夜灯玻璃透镜

Webinars

Watch On Demand Now
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Simulation and Designs for Optical Coupling in PICs & Co-packaged Optics

Join us for an in-depth presentation on optical couplingsimulation methodologies, multi-scale simulation workflows, and the design and optimization of chip-to-chip and chip-to-fiber couplers. Led by senior application engineers anda guest speaker from MIT, this webinar will equip you with the knowledge and skills to design high-performance and manufacturable optical couplers.

Watch On Demand Now
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Using Advanced Optics for Consumer Wellness Product Development

This webinar is tailored to engineers to validate optical systems, focusing on the use case of a smart band. The webinar aims to provide insightsinto how to effectively validate the optical system of a smart band with a heart rate sensor, explicitly addressing the challenges associated with non-standard wearing methods.

Watch On Demand Now
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Laser Applications Part 2: Simulation of Laser Propagation on the Mission Environment

Join us to learn how to model laser beam propagation and simulate the structural deformation caused by mechanical stress and thermo-elastic effects using Ansys Zemax OpticStudio.

Watch On Demand Now
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Modeling the Human Eye and Designing Presbyopia Correction in Zemax and Speos

Join us as we demonstrate how to model the human eye and design multifocal contact lensesfor Presbyopia correction using the eye model.

Watch On Demand Now
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Hidden Costof CAD Time

Join us to learn how Ansys tools model docking missions and simulate the sensor responses for cameras and lidars, leveraging our GPU solvers.

Watch On Demand Now
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With Ansys Zemax Choosing the Optimal Fabrication Chain at Minimum Cost for Your Lens is Just One Click Away

PanDao helps identify the optimal fabrication chain at any point during the optical design process. In collaboration with Ansys Zemax OpticStudio, real-time producibility analyses of your optical designs are achievable with one click. In this webinar, we'll discuss how to export lens data to PanDao and showcase how PanDao determines the optimal fabrication chain at the minimum cost.

Watch On Demand Now
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Designing the Future: Optimize Your AR Exit Pupil Expander with a 2D Grating Out-Coupler

Join our optical experts as they showcase how to address the design and analysis challenges of the AR waveguide optical system, leveraging the most effective methods, solvers, and workflows.

Watch On Demand Now
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Ansys Solution Overview for Electro-Optic Infrared Systems

Join us to learn how the complete Ansys Optronic solution consolidates all these system aspects virtually: electronic, optical, and mechanical, from design and validation to system integration.

Watch On Demand Now
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HUD Workflow Example

As Heads Up Displays (HUDs) become more prevalent in the automotive industry, designers and engineers are interested in simulating and integrating thesesystems with autonomous driving. This workflow explores the advantages of integrating optical tools with other physics solvers in an automated process. The results are a streamlined workflow, realistic simulation, better analytics, andreduced error.

Watch On Demand Now
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Ansys 2022 R2: What’s New in Zemax OpticStudio and OpticsBuilder

Join our upcoming webinar as we introduce two new products, Ansys Zemax OpticStudio, and Ansys Zemax OpticsBuilder, to design and simulate an end-to-end optical system. We'll also show the enterprise edition thatincludes STAR (Structural, Thermal, Analysis, and Results) technology to integrate the impacts of structural and thermal loads on optical designsbased on finite element analysis(FEA) data sets.

Watch On Demand Now
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Ansys 2023 R1: Ansys Zemax OpticStudio and OpticsBuilder What’s New

Learn about the latest updates for Ansys Zemax OpticStudio and Ansys Zemax OpticsBuilder.This 2023 R1 includes the Composite Surface (CS) property, allowing users to add the sag of one surface to the next surface and the change in optical performance due to surface deformations and rigid body motions.

CASE STUDIES

vividq

VividQ Introduces Computer-generated Holography to Augmented Reality Devices

Modern optics allow transposing of complex light patterns into realistic 3D images projected through various devices. This process of engineering light to create 3D projections is computer-generated holography(CGH). The consumer and industrial electronics markets make practical use of CGH and optical design, building devices that keep us safe.

eli beamlines

ELI Beamlines Develops a High-power HAPLS Laser BeamTransport System Using OpticStudio

ELI Beamlines develops short-pulse secondary sources of radiation and particles. Its main objective is to become a truly multidisciplinary, user-oriented multi-petawatt (1015 W+, or one quadrillion) laser infrastructure to support groundbreaking scientific experiments and applications for physics, astrophysics, chemistry, biology, medicine, and materials science. ELI Beamlines uses OpticStudio’s efficient, reliable system modeling and beam propagation.

LightPath

LightPath Designs Aspheric Lenses with Help from Ansys OpticStudio

LightPath creates high-quality, high-performing compact imaging designs that fit within thinner, lighter housings quicklyand cost-effectively. As a vertically integrated business that fuses world-class design and innovative lens fabrication with low-cost manufacturing, LightPath produces a diverse number and range of sophisticated products and solutions within tight time frames.

meopta

Meopta Boosts Productivitywith Seamless Ray Tracingin OpticStudio for Semiconductors

The systems Meopta specializesin combine precision optics witha high level of manipulation. As part of its product research and development services, the company delivers a complete built-to-spec design package, including optomechanical design, measurement, alignment methods, and environmental testing.

ozyegin university

Özyegin University Pioneers the Use of Ansys Zemax OpticStudio for Channel Modeling in Optical Wireless Communication

VISION structures its research around three main areas: smart cities, offices, and ̆ homes; manufacturing and medical; and smart transportation. For the latter, Özyegin used OpticStudio to model and analyze optical channels to understand the safety and communications applications of VLC technologies in vehicular transportation.

optix jsc

OPTIX JSC Optimizes Product and Design Development with OpticsBuilder and OpticStudio

OPTIX JSC manufactures a full range of optical devices and systems for army and law enforcement officials. It's the first Bulgarian firm to administera quintuple integrated management system adhering to the International Organization for Standardization(ISO) in quality management, information security, environmental protection, the military standard of NATO, and labor health and safety.

autonomous sensor

Ansys + CEVT

Optical engineers at CEVT rely on Ansys’ physics-based simulations to meet and exceed design challenges.

Ansys case study aircraft lighting

Ansys + Safran Aerosystems

Safran Aerosystems develops exterior aircraft lighting of the future thanks to optical simulation with Ansys Speos.

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Ansys + OPTIX JSC

 OPTIX JSC is the only company in Bulgaria that develops and manufactures a full range of special optical devices and systems.



VIDEOS


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