Design and modeling

An area of product development that spans from initial volumetric sketching and concepts, through rapidly produced polygon models, to precise A-Class surfaces intended for assessment, visualization, and subsequent production.

From visual concepts to top-notch A-Class surfaces.

Polygonal modeling

Rapidly produced 3D concepts for verifying shape and proportions.

Rapid visualization

Verification of shape

Variability of concepts

Polygonal modeling allows the transformation of concepts and sketches into a three-dimensional form in a very short period of time.

This method is used to quickly verify proportions, volume, and the overall shape in the early stages of development.

Thanks to the fast process, many alternatives are created, which increases the variety of the final product.

Rapid visualization

Polygonal modeling allows the transformation of concepts and sketches into a three-dimensional form in a very short period of time.

Verification of shape

This method is used to quickly verify proportions, volume, and the overall shape in the early stages of development.

Variability of concepts

Thanks to the fast process, many alternatives are created, which increases the variety of the final product.

A-Class modeling

Modeling with an emphasis on surface purity and production standards.

Exterior

Interior

Surface quality

We process the body, wheel rims, headlights, trim strips, and other exterior parts with an emphasis on proportions and visual continuity.

We model the visible surfaces of the interior, including instrument panels, center consoles, door panels, seats, the steering wheel, and the luggage compartment.

Our outputs meet the highest demands for optical purity and manufacturing feasibility.

Exterior

We process the body, wheel rims, headlights, trim strips, and other exterior parts with an emphasis on proportions and visual continuity.

Interior

We model the visible surfaces of the interior, including instrument panels, center consoles, door panels, seats, the steering wheel, and the luggage compartment.

Surface quality

Our outputs meet the highest demands for optical purity and manufacturing feasibility.

Parametric modeling

Creating complex shapes and structures driven by parameters and formulas.

Modeling efficiency

Complex structures

Rapid modification

The parametric approach streamlines design through the automation of repetitive tasks and easy creation of alternatives.

Well suited for modeling complex shapes and structures with a large number of segments. Formulas and constraints control the behavior of the entire design.

Geometry can be adjusted by changing a few parameters, without the need to rework the entire model.

Modeling efficiency

The parametric approach streamlines design through the automation of repetitive tasks and easy creation of alternatives.

Complex structures

Well suited for modeling complex shapes and structures with a large number of segments. Formulas and constraints control the behavior of the entire design.