shape · surface · protection

Cases & Crystals

Eight case families and their fixed sizes, from upright rectangles to east–west ovals, plus metals, coatings, bezels, crowns and crystals.

eight families · one upright reading direction

Case Shapes

The outline sets the watch's character; the lugs and underside decide how that outline meets a wrist.

Explore Case Shapes
alloy is not finish

Case Metals and Coatings

Steel, titanium, gold and bronze change more than colour; a black coating is a different kind of choice.

Explore Case Metals and Coatings
one metal · different light

Polished, Brushed and Blasted

Finishing changes how a surface catches light without turning it into a different alloy.

Explore Polished, Brushed and Blasted
decoration · elapsed time · second time

Bezels and Their Scales

Read the numbers before choosing the colour: similar-looking rings can answer entirely different questions.

Explore Bezels and Their Scales
material · profile · coating

Crystals and Reflections

Sapphire, acrylic, a dome and an anti-reflective coating describe different parts of the crystal specification.

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position · grip · protection

Crowns and Guards

The small control on the case side combines a grip, a stem connection and a sealing system—not just a silhouette.

Explore Crowns and Guards
closed surface · visible mechanism

Casebacks and Movement Finishing

An exhibition back reveals the movement; a solid back offers a different surface for the watch's identity.

Explore Casebacks and Movement Finishing
straight sides · different rhythms

Rectangular and Square Cases

A long rectangle and a balanced square organize the dial differently, even when both soften their corners.

Explore Rectangular and Square Cases
one curve · two orientations

Vertical and Horizontal Ovals

An oval along the strap feels different from an east–west oval, and both place real limits on a circular hand sweep.

Explore Vertical and Horizontal Ovals
bowed ends · bowed sides

Bowed Carré and Tonneau

Two curved-sided families whose identity depends on where the outline swells, not simply on rounded corners.

Explore Bowed Carré and Tonneau
an upright face in an unequal frame

Asymmetric Cases

A D-shaped study uses a flat flank and a rounded flank without turning the hands, dial or reading direction into a novelty.

Explore Asymmetric Cases
eight families · mechanism-specific depth

Case Size and Physical Fit

Choose a fixed case footprint; its depth follows the complete mechanism and controls, without shrinking the movement.

Explore Case Size and Physical Fit