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CAD & Engineering Visualisation

Mechanical Movement Study

Precision CAD geometry taken to photoreal presentation — the clearest demonstration of the bridge between engineering data and finished visuals.

The problem

CAD data describes a mechanism exactly, but a shaded viewport says nothing about how the object will look, feel or sell. The task was to take precision geometry to photoreal presentation without losing dimensional truth.

What we solved

The CAD assembly was prepared for visual work, then material development did the heavy lifting: brushed and polished steel, brass wheels, blued screws and ruby jewels, each with its own surface response. Lighting was built for macro scale, and the mechanism was animated so the gear train reads as a working movement rather than a static model.

The result

A study that shows both ends of the workflow side by side — the CAD input and the photoreal output — alongside an animation that makes the mechanism legible.

Input to output

From SolidWorks CAD

Mechanical movement

Precision CAD geometry carries the dimensions and structure. Material development, lighting and rendering turn it into a photoreal presentation without losing engineering truth.

Photoreal render of the same movement in brushed steel, brass and ruby jewels Photoreal render
Untextured CAD geometry of a mechanical watch movement CAD geometry
Cinematic render of the movement on a dark reflective surface
Cinematic render of the movement on a dark reflective surface
Macro render of the movement's balance wheel and ruby jewels
Macro render of the movement's balance wheel and ruby jewels
Asset credits
  • Movement design credit — Steen Winther

Have a similar problem?

Send the CAD, the footage or just the question. We will tell you what is realistic.

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