The Groove Nightstand, designed by Silvano Pierdonà for Capod’opera, is a masterclass in linear purity. Part of a modular system that includes dressers and chests of drawers, it is defined by a "graphic" aesthetic where the functional elements—like the handles—become the central design feature. The Groove Nighstand collection centers on the concept of formal balance. Its name is derived from the vertical recesses (grooves) carved into the external side panels. These are not merely decorative; they serve as the housing for the handles, allowing the front of the nightstand to remain perfectly smooth and minimalist. The result is a piece that looks like a solid block of texture from the front, with its technical mechanics tucked elegantly away on the sides. The drawers are opened via slender, metal L-shaped handles that fit flush into the side grooves. This ensures a "clean-face" look for the drawer fronts. A signature architectural detail is the 10mm thick riser that protrudes about 8mm above the top frame, creating a subtle tray-like effect and a sense of depth. Because it belongs to a wider system, the Groove is available in various stacked configurations, ranging from a low single-drawer unit to taller nightstands. The joints are finished with the high level of craftsmanship typical of the "Bottega Capod’opera," ensuring perfectly aligned seams.
Usually ships within 4/6 weeks
Free shipping
ADDITIONAL INFORMATION
Dimensions:
Groove Nighrstand Small
• Height 50 cm (19.6”)
• Width 42,5 cm (16.7”)
• Depht 37 cm (14.5”)
Groove Nighrstand Large
• Height 50 cm (19.6”)
• Width 52 cm (20.4”)
• Depht 37 cm (14.5”)
Material
• Metal
• Wood
General Information:
• Contract
• Residential
• Indoor use
Capod’opera is a premier Italian furniture manufacturer that occupies a unique space where high-end industrial design meets pure artistic expression. Founded in 1992 in the Veneto region, the company has built its reputation on the "unconventional," specializing in furniture that serves as a canvas for texture, color, and architectural experimentation.
