Ansys Zemax OpticStudio
综合全面的光学
设计软件

See how Optotune used simulation to help advance the Intelligent Total Body Scanner for early detection of Melanoma (iToBoS) project.

See how Ansys Zemax OpticStudio delivers enhanced support for incorporating metalenses and DOEs into macroscopic optical modeling more easily.

您可以通过多种不同的方式来表征衍射极限成像系统（如显微镜）的分辨率。在Ansys Zemax OpticStudio中，您可以使用点扩散函数（PSF）来实现此目的。

Henyey-Greenstein模型描述了由小颗粒散射的光所具有的角分布。该模型已应用于多种场景，从生物组织对光的散射到星际尘埃对光的散射等。

全球致力于到2050年实现净零排放目标，在此过程中，可再生能源预计将发挥关键作用，而太阳能堪称备选方案中的主力军，其主要原因是太阳能在任何气候条件下都能实现低成本发电。

光电容积描记法（PPG）是一种低成本的无创光学技术，可在皮肤表面进行生理测量。它是心率跟踪器最常用的心率测量方法。P

在航空航天行业中，立方体卫星已成为一种适用于太空光学系统的低成本、易于制造的解决方案。本博客系列介绍了如何使用Ansys Zemax软件将立方体卫星从最初的光学设计转变为光机封装，以便进行结构-热-光学性能（STOP）分析。

创新对于竞争力至关重要，许多光学设计团队正在突破创新的界限，提供不断增强的功能，从而满足多个行业的市场需求。我们来了解一下Ansys Zemax OpticStudio和Ansys Lumerical如何协同工作，以实现复杂光学设计的端到端仿真

衍射光栅在光学领域并非新鲜事物。它们被用于许多传统光学系统，如光谱仪、单色仪以及许多其他仪器。

本系列的前几篇博客重点介绍了衍射光学作为一种满足现代光学系统应用小型化要求的方法。现在，让我们来了解激光雷达技术的一个子集——闪存激光雷达，它凭借独特的功能而越来越受欢迎，尤其是在消费类电子产品领域。

当前的增强现实和虚拟现实（AR/VR）市场涵盖了广泛的应用趋势。设计人员和各企业在努力寻找非传统解决方案，以满足主流消费者不断变化的需求。

See how Nordson saved a week of simulation time and will save another week for each new sensor.

With the solution we built using the ZOS-API in Ansys Zemax OpticStudio, optical design teams and researchers can now ‘try out’ thousands of doublet combinations in just a few seconds per combination, and then only buy the ones that they know will deliver the best performance — there’s no need to resort to guesswork or spending time on laborious manual modelling of different lens pairs to find what works

The winding settings within Ansys Maxwell’s 3D transient T-Omega solver are widely known. This application note will focus on an unusual winding setup, where different windings share the same conduction path, and will offer tips and tricks needed to achieve meaningful results.

OpticStudio made it possible for me to achieve meaningful, effective results in my HPLM test bed project by handling all of the simulations and calculations. It gave me shortcuts, so I could focus on managing the scope of the experiments and achieve the best results

Ansys Zemax OpticStudio played an essential role in helping us prove the capabilities of a highly practical new waveguide system, and to design a model that is ready to implement for a variety of manufacturing scenarios.

I’m quite sure we wouldn’t have achieved ablation without the optimizations we performed in OpticStudio. We wouldn’t have generated any meaningful data.

During the COVID-19 pandemic, Jorge de Jesus Alvarado-Martinez, a doctoral candidate at the Instituto Nacional de Astrofísica, Óptica, y Electrónica (INAOE) studying optical instrumentation and metrology, and some of his colleagues grew interested in the ways thermal imaging could be adapted to help with syndromic surveillance, which is the systematic collection, analysis, and interpretation of health data for the purposes of reducing exposure to infectious diseases.

Experimentation in bulk laser processing — the cutting, drilling, engraving, or other structural modification of dense material using high-powered, high-f requency pulse duration “ultrafast” lasers — is the focus of recent experiments at two schools within the Friedrich Schiller University of Jena in Jena, Germany: The Institute of Applied Physics (IAP) and the Abbe Center of Photonics (ACP).