Luna Bella Gold-Leaf Shade 28 Inch Table Lamp In Weathered Brass and Matte Black

Illuminate your living space with the Luna Bella Gold-Leaf Shade 28 Inch Table Lamp by NOVA of California, a piece that marries artistry with illumination. The lamp's weathered brass finish and steel body provide a sturdy foundation, while the matte black shade, adorned with hand-applied gold leafing on the underside, casts a warm, inviting glow. This handcrafted touch adds a unique flair to each lamp, ensuring no two are exactly alike. The built-in dimmer switch offers versatility, allowing you to adjust the lighting to suit any mood or occasion.

Designed by Peter Morelli in 1973 and crafted in our Venice Beach workshop, this lamp continues NOVA's legacy as the oldest lighting company in North America, known for its original contemporary designs. The use of cold-rolled steel and natural marble in the lamp's construction speaks to the brand's commitment to quality materials and workmanship. The marble base, with its inherent variations, adds to the lamp's individual character and stability.

NOVA of California's dedication to sustainability is evident in their approach to design and production, striving to minimize environmental impact. The Luna Bella Table Lamp is not only a testament to enduring design but also to the brand's environmental consciousness. With its LED compatibility, this lamp is an energy-efficient choice for modern living.

• Artistic design with hand-applied gold leafing by NOVA of California
• Weathered brass finish and steel body for durability and timeless appeal
• Matte black shade creates a warm, textured glow, enhancing any room's ambiance
• Built-in dimmer switch for adjustable lighting levels
• Unique natural marble base, ensuring each lamp is one-of-a-kind
• Energy-efficient and LED compatible for modern, eco-conscious living
• Designed by renowned designer Peter Morelli, reflecting a rich artistic heritage
• Committed to sustainability and reducing environmental impact
• Clear, 9-foot cord for convenient placement and connection