Native-Cloud Optical Prototyping & Optical Bench Simulation Software
- Build & simulate optical systems
- Native cloud and GPU platform
- Comprehensive built-in off-the-shelf optical and optomechanical catalogs
The dream of the optical designer is to push the boundaries of innovation, seamlessly blending art and science to create optical systems that revolutionize industries, enhance human experiences, and unlock new possibilities in the realm of light. It is a vision where precision meets creativity, where every design element is meticulously crafted to achieve optimal performance and aesthetic appeal. It is to leave a lasting impact on the world by shaping how we see, perceive, and interact with our environment.
Design Optical Systems That Truly Reflect Your Vision
with our novel optical simulation software
1. Design
1. Design
Design a digital twin of your optical system with vast, cross-vendor, off-the-shelf optical product catalogs
2. Simulate
2. Simulate
Simulate the optical performance with innovative, easy to use and intuitive optical simulation software
3. Assemble
3. Assemble
Once simulated successfully, easily assemble your design in the real world
4. Share
4. Share
You may share your design with the community at the 3DOptix Warehouse, the world's first social platform for optical engineers and designers
Embrace your Excellence with 3DOptix! Join the Free version of our Optics Simulation
Core Features & Benefits
Only the Best for Your Optical Design
Native CAD
Create an inclusive 3D design incorporating 3DOptix native and CAD components to produce an authentic digital twin
Off-the-shelf optical catalogs
Find the right optical product via the most comprehensive, cross-vendor optical search portal
Non-sequential optical simulation
Test your design with an accurate and easy-to-use non-sequential optical simulation
Smart Solutions for Academia, Industry and Science
Academia
Imaging
Laser Beam Machining
Academia
In both academic research laboratories and R&D industry labs, the validation of optical system designs through realistic simulation is of utmost importance. While there are well-established optical modeling techniques for specific optical domains, the capability to comprehensively simulate complex optical systems, including their integration with optomechanical components, still faces limitations.
Key Features
- Digital twin documentation
- Native opto mechanical assembly catalog with 150nm-20000nm wavelength range
- Dispersion and material catalog
- Large variety of off-the-shelf optical dispersive elements
- User-defined detectors with up to 10Kx10K pixels resolution (premium version)
- Coherent and Incoherent detection and analysis
- Amplitude and Phase masks
- 3D mechanical and optical CAD
- Vast off-the-shelf optical and optomechanical catalogs
- Unique optical calculators
- Simulation Speed
- Ease-of-use & Intuitive
Imaging
Incorporating advanced ray tracing techniques into optical design software, alongside the use of intelligent tools, enables the development of a high-fidelity digital twin of an imaging system well in advance of the actual integration phase. This proactive approach allows for extensive testing, meticulous optimization, and precise performance analysis. By doing so, it not only ensures a seamless integration process but also paves the way for the efficient deployment of the imaging system while effectively mitigating potential challenges and issues that may arise during the implementation stage.
Key Features
- User-defined light sources with 150nm-20000nm wavelength range
- User-defined detectors with up to 10Kx10K pixels resolution (premium version)
- Coherent and Incoherent detection and imaging
- Amplitude and Phase masks
- 3D mechanical and optical CAD
- Huge off-the-shelf optical and optomechanical catalogs
- Unique optical calculators
- Simulation Speed
- Ease-of-use & Intuitive
Laser Beam Machining
Optical simulation plays a crucial role in the Laser Beam Machining (LBM) market by enabling precise modeling and analysis of laser beam behavior, beam shaping, and material interaction. It allows the optimization of process parameters, enhancing efficiency, accuracy, and productivity in LBM applications, thereby contributing to the advancement and innovation of the industry.
Key Features
- CAD integration
- CAD to Optics
- User-defined detectors with up to 10Kx10K pixels resolution (premium version)
- Coherent and Incoherent detection and imaging
- Simulation Speed
- Ease-of-use, 3D, Intuitive
Solutions
In both academic research laboratories and R&D industry labs, the validation of optical system designs through realistic simulation is of utmost importance. While there are well-established optical modeling techniques for specific optical domains, the capability to comprehensively simulate complex optical systems, including their integration with optomechanical components, still faces limitations.
Key Features
- Digital twin documentation
- Native opto mechanical assembly catalog with 150nm-20000nm wavelength range
- Dispersion and material catalog
- Large variety of off-the-shelf optical dispersive elements
- User-defined detectors with up to 10Kx10K pixels resolution (premium version)
- Coherent and Incoherent detection and analysis
- Amplitude and Phase masks
- 3D mechanical and optical CAD
- Vast off-the-shelf optical and optomechanical catalogs
- Unique optical calculators
- Simulation Speed
- Ease-of-use & Intuitive
Incorporating advanced ray tracing techniques into optical design software, alongside the use of intelligent tools, enables the development of a high-fidelity digital twin of an imaging system well in advance of the actual integration phase. This proactive approach allows for extensive testing, meticulous optimization, and precise performance analysis. By doing so, it not only ensures a seamless integration process but also paves the way for the efficient deployment of the imaging system while effectively mitigating potential challenges and issues that may arise during the implementation stage.
Key Features
- User-defined light sources with 150nm-20000nm wavelength range
- User-defined detectors with up to 10Kx10K pixels resolution (premium version)
- Coherent and Incoherent detection and imaging
- Amplitude and Phase masks
- 3D mechanical and optical CAD
- Huge off-the-shelf optical and optomechanical catalogs
- Unique optical calculators
- Simulation Speed
- Ease-of-use & Intuitive
Optical simulation plays a crucial role in the Laser Beam Machining (LBM) market by enabling precise modeling and analysis of laser beam behavior, beam shaping, and material interaction. It allows the optimization of process parameters, enhancing efficiency, accuracy, and productivity in LBM applications, thereby contributing to the advancement and innovation of the industry.
Key Features
- CAD integration
- CAD to Optics
- User-defined detectors with up to 10Kx10K pixels resolution (premium version)
- Coherent and Incoherent detection and imaging
- Simulation Speed
- Ease-of-use, 3D, Intuitive
Join now to 3DOptix's ray tracing optical simulation system for FREE
Customer Testimonials
What I love about the 3DOptix platform is it interactive platform where the 3D model of the design is fully and realistically (!) integrated into the optical simulation. Moreover, the simulation and analysis capabilities are very impressive on par with leading tools on the market. The support is very responsive and they are eager to provide a thorough solution to whatever requirement the customer might have.
Michael MrejenSenior Physicist, Q (cue) ltd 
A clear GUI, simple Drag&Drop functions and useful analysis tools make it easier to me to enter the world of optic design compared to other common softwares.
Paul ZschornackGraduate of Technical Physics, ROBUST AO 
Having worked with Zemax for research projects for some time, the discovery of 3DOptix seemed like a very promising addition from the start. For example, the intuitive and lab-like software provides a wonderful tool for planning new experiments and as a digital lab book. We are very happy to follow the development of 3DOptix and to make it useful for our research area of Nonlinear Quantum Optics through an ongoing fruitful exchange of experiences.
Marthe ZejaHumboldt-University, Berlin 
Since using 3DOptix I have been able to increase my productivity by using the simple and easy to use visual interface and various tools. I can quickly prototype optical systems, use readily available optics from the included catalog, and share designs with clients instantaneously. The web based platform really is a unique and easy way for optical engineers and designers to get the job done.
Keith MeyersKim Consultings 
Using 3DOptix has been a game-changer for my optical system development needs. Their intuitive design and assembly solutions allowed me to build and modify complex optical trains quickly and efficiently, significantly simplifying the typically time-consuming process. It's a highly user-friendly platform, making even the most complicated tasks manageable.
Ameed HashmiFluxergy 
We started to use 3DOptix simulation software in the Quantum Photonic group led by Prof. Dirk Englund about a year ago. It has proven to be invaluable to our research efforts, allowing us to create "digital twins" of our complicated optical setups, and by doing so improving our understanding and repeatability of our experiments. We found the software very aesthetic, easy to use and has allowed us to easily analyze our optical systems. Over 5 people in the group are active users of the software, and more are interested in incorporating it in their experiments.
Dr. Sivan TrajtenbergPostdoctoral Researcher, MIT 
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Embark on an exciting journey into the world of optical design with 3DOptix Warehouse, a pioneering platform designed to foster a vibrant optical design community. It stands as a groundbreaking initiative, the first of its kind, offering an extensive repository of 3D optical designs ready for sharing and downloading. With a vast library encompassing thousands of meticulously crafted models, the possibilities are boundless. Whether you're an optical enthusiast, a seasoned professional, or an inquisitive learner, this platform welcomes you to participate, collaborate, and innovate. Share your unique optical designs with fellow enthusiasts and researchers, unlocking the potential for collaboration and knowledge exchange. Moreover, explore the wealth of optical designs available, fueling your creativity and allowing you to bring your optical visions to life.
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