Rotwitt Glass Top Desk with Drawers, White Lacquered Finish, Dimensions 120 × 60 cm

This model fits perfectly in modern workspaces, designed for professionals seeking an aesthetic and functional desk. • Use / destination: Suitable for individual offices in the tertiary sectors, it is particularly suitable for environments where design and practicality are essential. This desk facilitates organization with its integrated drawers, while bringing a contemporary touch to the layout. It adapts well to both corporate workspaces and reception areas. • Structure / materials: The 12mm thick tempered glass top ensures durability and easy maintenance. The structure includes two high gloss white lacquered drawers, offering discreet and practical storage. The combination of noble materials and meticulous finishes ensures long-lasting daily use. • Key technical points: - 12mm thick tempered glass top - Two high gloss white lacquered drawers - Dimensions: 120 × 60 cm - Standard height: 75 cm - Packaging volume: 0.19 m³ Finish & quality: The white lacquered finish provides a shiny and modern appearance, resistant to scratches and easy to clean. Each element has been crafted to ensure a smooth and uniform surface. This model combines aesthetics and quality, fitting into a high-end professional furniture approach. Additional information: The desk has compact dimensions for easy integration into different types of spaces. Its packaging volume of 0.19 m³ facilitates handling and transportation. This model can be customized according to the specific needs of the client, including adjusting dimensions or finishes. Additional information: Dimensions / available data: VOLUME: 0.19 m3. Supply8 supports professionals in the catering, hotel, events, and work environments in their furnishing projects, in France and internationally. The models presented in the catalog are customizable, especially in terms of dimensions, finishes, and colors, according to the client's needs. Custom solutions can also be developed from scratch, with each project being designed and adjusted according to specific constraints and uses.