LS-TECHNOLOGIES

We implement a high-tech and repeatedly proven in practice technology of three-dimensional parametric optimization, which during the real engineering practice of our clients has shown its efficiency by reducing the complexity of developing new products and improving the optimized object performance.

Many companies promise to perform parameterization of such complex objects as a wing with mechanization elements, a propeller or a whole drone in CAD systems. We work at the intersection of innovative technologies and practices, and from our experience we understand all the limitations of computer-aided design systems and offer our customers a unique software product and a three-dimensional parametric optimization technology based on it.

Researchers are often now forced to stop at optimizing a two-dimensional aerodynamic profile using fast methods in order to select later all the best "designs" and manually construct a model in CAD. We've been there ourselves and understand all the limitations of this approach. Our technology based on Flypoint Parametrica lets you immediately work with a three-dimensional parametric model, changing the shape of targeted airfoils and deformation curves, if necessary, and reconstructing the full 3D model in real time.

Using Flypoint Parametrica, you can avoid the time-consuming model construction in a CAD system, and also always have access to the original mathematical description of your geometry. Thanks to this technology, you can create an unlimited number of models of the same class by changing the original mathematics in a text file or interactively using hot-points of deformation curves in the graphical interface.