Handy calculations performs calculations in all areas of photonics,
Optical software analyzes and optimizes optical systems,
Use cases resolves common complex problems in one click.
In adiition to these tools, an AI interface provides access to all tools using natural language.

Optical-calculation is very useful for developing optical instrumentation and is aimed at both experts in the field and generalists.

In addition to the software support, 4 hours of free expertise in optical instrumentation are offered with the purchase of a 1 year license to help you carry out your projects.

Handy Calculations covers a wide field of photonics. It is broken down into plenty of user friendly calculation pages requesting a few number of input and enabling quick online computations. Each page proposes contextual support features (page and parameters descriptions, glossary, usage tips) as well as tutorials for a better understanding of photonics and a better use of the application. They can be used at the same time as other tools of the software for solving a practical or theoretical problem in optics.

Our ray tracing software is suitable for the analysis and the optimization of optical systems. It makes it very easy to enter a system, even if it is not centered, thanks to its quick entry interface, its components catalogs and its automatic positioning functionalities. Many options for calculation and display are available as well as contextual support features.

Developing a new product, a new process or a new experiment involving photonics requests in general different calculation and simulation sequences to be run in a certain order.

For instance, finding an optimum configuration for coupling a laser beam into a fiber optics or estimating the Signal To Noise Ratio obtained on a camera pixel knowing the light source, the scene and the imaging system require a number of calculation/simulation steps using both the Handy Calculations and the Optical software tools, that can be long to realize and that are not necessary obvious for the user.

The Use cases solvers take advantage of the 2 modules (Handy Calculations/Optical software) and automates calculation/simulation sequences to solve in 1 click complete problems that could take hours or days to experts. It is also accessible to non experts and can provide them solutions to complex problems with very limited learning.

The Use cases solvers allow to significantly speed up developments, minimize errors probability and overcome possible blocking shortcomings.

They can apply in many different fields and each solver is mostly produced on demand. We are always interested in developing new solutions and invite users to submit us their application.

Finding the right tool among hundreds of calculations, catalogs and solvers requires knowing how the platform is organized. The AI interface removes that step: you describe what you want to compute in plain language, and the assistant takes you to the relevant tool.

It gives access to the whole platform — the Handy Calculations, the Optical software, the catalogs and the Use cases solvers — without any prior learning of the menus, the terminology or the structure of the site.

Requests can be expressed the way you would explain them to a colleague: a physical quantity, a domain, the kind of system you want to model, the input parameter you would like to enter or the tutorial you are looking for. The assistant identifies the matching tool and, where relevant, opens it directly with the context already set.

This makes the platform immediately usable by occasional users and newcomers, while regular users keep the standard menus for direct access.