Baume & Mercier Hampton 10476: Sophistication and Timeless Style

If you're looking for a women's watch that combines elegance and watchmaking precision, the Baume & Mercier Hampton 10754 is an exceptional choice. This model, with its 34.9 x 22.2 mm rectangular case crafted from polished stainless steel, is the perfect reflection of contemporary elegance.

Exclusive Design and Premium Materials

The Hampton 10476 stands out for its sophisticated aesthetic and high-quality construction. The slim rectangular stainless steel case, measuring 34.9 x 22.2 mm and 6.92 mm thick, is complemented by a blue sunburst dial with a satin finish and rhodium-plated glaive hands. Additionally, the interchangeable 3-row steel strap offers the wearer the freedom to transform the look of the watch with a simple change.

This watch is ideal for those looking for a piece that transitions comfortably from day to night, adapting to any occasion with style and distinction.

Swiss Made quartz movement

Equipped with a 4-jewel quartz movement, the Hampton 10476 guarantees precision and reliability. Its high-quality mechanism offers hour and minute functions, ensuring flawless performance over time.

Functionality and Durability

This model features a rectangular case made of steel, combining the silver finish, measuring 27.5mm wide by 43mm high, with a thickness of 8.65mm.

Its water resistance of 50 meters makes it splash-proof and suitable for everyday use. Its solid, screw-down caseback provides optimal protection against impacts and wear.

A Symbol of Refinement and Exclusivity

Baume & Mercier's Hampton collection is inspired by Art Deco design, offering watches with elegant lines and harmonious proportions. This particular model is an expression of sophistication and good taste, ideal for those seeking a unique piece to complement their style.

If you want a watch that combines tradition, modernity, and exclusivity, the Baume & Mercier Hampton 10476 is the perfect choice. Discover understated luxury and Swiss precision with this exceptional model.