Culgi is an international computational chemistry company that is dedicated to providing industry with revolutionary modelling tools for the rational design of soft matter formulations. Culgi employs computational scientists, physical chemists, and software engineers, who aim to boost research and development in soft matter formulations and help find solutions to industrial problems. We develop and distribute the Culgi multiscale modelling library, and offer scientific support and consulting through an international network of application scientists, with offices in the USA, Europe, and China.

Computer modelling is a valuable tool for efficient formulation development in such diverse industries as chemicals, petroleum, pharmaceuticals, automotive, aerospace, and home & personal care. Integrating modelling activities into the R&D process increases the rate at which new products can be brought to market. A number of modelling techniques, ranging from atomistic to field based mesoscopic models, to statistical methods are used to solve various problems in the research process.

"Culgi is the most flexible, customizable and reliable mesoscale software I ever used. With Culgi, the multifaceted scenario of soft-matter mesoscale dynamics can be explored under many, different perspectives. For me, Culgi also constitutes the ideal platform for dealing with the complexity of nanobiology". Professor Sabrina Pricl, University of Triëste, Italy

"Culgi is a notable and innovative mesoscale software. The interface is very user-friendly; it provides an easy, intuitive and efficient functionality which allow us to combine the quality of results and analysis with the short time for calculations required by our projects. Additionally, there is a very good technical and scientific support constantly developing new tools according to the needs of specific projects."Dr Welchy Cavalcanti, IFAM Bremen, Germany

"Our interest was to understand a critical stage within a pharmaceutical process:"What occurs inside small polymer particles at a relatively high dilution in water during this processing"? Culgi not only predicted the final particle morphology and the dynamics of the internal processes but also provided guidance for the optimal parameters for the process". Dr. David England, Sanofi-Aventis

Some of the features that set Culgi apart are:

- An integrated modelling framework. Culgi makes it easy to do true multiscale modelling, by incorporating all modelling techniques in a single integrated software framework. This leads to the possibility of modelling different parts of a physical system at different length scales, development of novel hybrid modelling algorithms, and well as mapping tools that facilitate work across multiple simulation methods.

- A professional-to-professional model. PhD simulation scientists at Culgi work directly with clients to implement modelling solutions and discuss client needs for future releases.

- Proprietary code development. Both the graphical and scripting interfaces enable users to develop powerful, proprietary scripts to manage their workflow, which are valuable strategic assets.