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FEATURED CONTENT
Green light on lidar - Developing low cost systems for autonomous vehicles

For autonomous vehicles to be road-ready, lidar engineering teams must solve critical design challenges, including the detection range and field of view, as well as adaptability to environmental factors. But lidar design teams are debating the best design choices. Learn how the ability to quickly try out and identify new solutions will accelerate the development of lidar.

Customer stories

Global Surgical cuts product development time in half with Zemax Virtual Prototyping

Global Surgical cuts product development time in half with Zemax Virtual Prototyping

Neuroscientists use OpticStudio to innovate unprecedented brain imaging system with “breathtaking” resolution

Neuroscientists use OpticStudio to innovate unprecedented brain imaging system with “breathtaking” resolution

How ESI developed a new cost-saving design methodology for laser systems

How ESI developed a new cost-saving design methodology for laser systems

OpticStudio used to develop break-through handheld eye imaging device

OpticStudio used to develop break-through handheld eye imaging device

OpticStudio used to design critical systems for James Webb Space Telescope

OpticStudio used to design critical systems for James Webb Space Telescope

nLIGHT uses OpticStudio to create a robust, multi-kilowatt laser that enriches how devices display images

nLIGHT uses OpticStudio to create a robust, multi-kilowatt laser that enriches how devices display images

eGuides

Green light on lidar - Developing low cost systems for autonomous vehicles

Green light on lidar - Developing low cost systems for autonomous vehicles

Contrast Loss Map in OpticStudio

Contrast Loss Map in OpticStudio

How to perform stray light analysis

How to perform stray light analysis

Optimizing for MTF Performance using Contrast Optimization

Optimizing for MTF Performance using Contrast Optimization

The future of optics: How optical product design will change the world

The future of optics: How optical product design will change the world

A manager’s four-step guide to buying optical product design and simulation software

A manager’s four-step guide to buying optical product design and simulation software

Virtual prototypes speed time to market for solid-state lidar

Virtual prototypes speed time to market for solid-state lidar

Optical design challenges in virtual and augmented reality

Optical design challenges in virtual and augmented reality

How to fail fast and smart during the optical product design process

How to fail fast and smart during the optical product design process

Six best practices for optical product design teams

Six best practices for optical product design teams

Get optical products to market faster using modern virtual prototyping

Get optical products to market faster using modern virtual prototyping

Webinars

Green light on lidar: developing low-cost systems for autonomous vehicles

Green light on lidar: developing low-cost systems for autonomous vehicles

Top 5 ways to design an optomechanical virtual prototype in Creo

Top 5 ways to design an optomechanical virtual prototype in Creo

Creating a Zemax Virtual Prototype with OpticStudio and LensMechanix

Creating a Zemax Virtual Prototype with OpticStudio and LensMechanix

Six best practices for optical product design teams

Six best practices for optical product design teams

12 tips to reduce costs and speed turnaround of your optics

12 tips to reduce costs and speed turnaround of your optics

Designing for manufacturability with OpticStudio

Designing for manufacturability with OpticStudio

Trends driving innovations in optical product design

Trends driving innovations in optical product design

Designing of the James Webb Space Telescope

Designing of the James Webb Space Telescope

Creating light pipes with LensMechanix and OpticStudio

Creating light pipes with LensMechanix and OpticStudio

Designing a microscope objective with OpticStudio

Designing a microscope objective with OpticStudio

Accommodate tight space requirements with new Fold Mirror tool in LensMechanix

Accommodate tight space requirements with new Fold Mirror tool in LensMechanix

OpticStudio Basics

OpticStudio Basics

How to simulate out-of-field rejection in LensMechanix

How to simulate out-of-field rejection in LensMechanix

LensMechanix functionality and benefits

LensMechanix functionality and benefits

Product videos

 Zemax Virtual Prototyping executive overview

Zemax Virtual Prototyping executive overview

 LensMechanix for Creo Product Tour

LensMechanix for Creo Product Tour

 LensMechanix for SOLIDWORKS Product Tour

LensMechanix for SOLIDWORKS Product Tour

 Now you can add fold mirrors to existing designs in LensMechanix 4.5!

Now you can add fold mirrors to existing designs in LensMechanix 4.5!

 Surface Power Analysis

Surface Power Analysis

 Archive Files

Archive Files

 Editors

Editors

 Libraries

Libraries

 Multi-CPU and GPU

Multi-CPU and GPU

 Multiple Configurations

Multiple Configurations

 System Explorer

System Explorer

 System Viewers

System Viewers

 WIndow Management

WIndow Management

 Windows

Windows

 Optimization - optical system design

Optimization - optical system design

 NSC overview

NSC overview

 Physical optics

Physical optics

 ZOS API

ZOS API

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