Description

A little geometry, a little pastel color, and a whole lot of mid-century personality.

The Diamonds Clock brings classic 1950s-inspired style to a compact tabletop design. Its soft mint-green body frames a clean white interior, a square clock face, and three dimensional diamond accents in pink, blue, and green. Slim black tapered legs complete the retro furniture-inspired look.

Designed and made by AtomCat Studio, this clock is a playful decorative accent for a shelf, desk, mantel, nightstand, or vintage-inspired kitchen. Its compact size makes it easy to display without getting lost among your other favorite pieces.

The clock operates with a battery-powered quartz movement, and a battery is included so it is ready to enjoy upon arrival.

Because each clock is individually made and assembled, slight variations may occur. These small differences are part of the character of a handmade piece.

Details

• Approximately 6½ inches wide
• Approximately 4 inches tall
• Approximately 2 inches deep
• Made primarily from 3D-printed PLA plastic
• Mint-green outer case
• White dimensional interior
• Pink, blue, and green diamond accents
• Pink clock hands
• Gold-tone center hardware
• Black tapered legs
• Battery-powered quartz clock movement
• Battery included
• Designed and assembled by AtomCat Studio
• Freestanding design for tabletop or shelf display

Style Notes

The Diamonds Clock works especially well with:

• Mid-century modern décor
• Retro kitchens
• Atomic-age interiors
• Pastel color palettes
• Vintage-inspired offices
• Kitsch and novelty collections
• 1950s and 1960s decorating styles

Materials

PLA plastic, quartz clock movement, metal clock hardware, battery.

Care Instructions

For indoor display only. Clean gently with a soft, dry cloth. Avoid prolonged exposure to excessive heat, moisture, or direct sunlight.

Handmade Note

This item is created using 3D-printing technology and assembled by hand. Fine layer lines or minor surface variations may be visible and are a normal part of the manufacturing process.