Native-Cloud Optical Prototyping & Optical Bench Simulation …
3D mechanical and optical CAD; Huge off-the-shelf optical and optomechanical catalogs; Unique optical calculators; Simulation Speed; Ease-of-use & Intuitive
Free and Premium Optical Design and Simulation Software
The first cloud-based, no download, GPU, ray tracing, fastest, non-sequential, optical design, and simulation software. 3DOptix is easy to use with a huge off-the-shelf Optics and Optomechanics build-in library
Optical Design Software | 3DOptix
Optical Design software provides an optical designer with a set of tools to evaluate and test the performance of an optical system or apparatus.
3DOptix Company - Custom Optical Design Services for Engineer
Robust optical simulation and computation capabilities, particularly in the realm of 3D polarization. Leveraging advanced algorithms, 3DOptix enables accurate modeling and analysis of intricate polarization effects within optical systems.
3DOptix: Imaging Optics
3D intuitive and easy-to-use SW: You can upload your system opto-mechanical design and populate it with real elements and coatings. Cloning channels for simulating multi-channel performance is quick and easy.
Videos - 3DOptix
3DOptix - offers cloud-based, optical system simulation software for use in optical system design. For info about Videos visit our site.
3DOptix
3DOptix works best with Chrome and Edge. ... ...
About us - 3DOptix
3DOptix is changing the optical design process and revolutionizing the "optical system" simulation by harnessing the GPU cloud power with embedded 3D and CAD capabilities For the first time, any optical designer can easily access an advanced optical simulation software and explore the first public optical designs Warehouse for different optical ...
3DOptix: Pricing
A GPU hour is a measurement of computational time by a GPU core. In 3DOptix, if you run one GPU for one hour, that’s one GPU hour. If you run 10 GPUs for 10 hours, that’s 100 GPU hours.
3DOptix Design & Simulation
3DOptix is a cloud-based platform for designing, simulating, and assembling optical systems with off-the-shelf components and non-sequential ray tracing.