The DIP lighting collection by Denys Sokolov features lamps constructed from stacked marble blocks arranged around an internal LED source. Each piece uses stone cut in varying thicknesses, allowing light to pass through more translucent sections while remaining blocked in denser areas. The result shows clear contrast between illuminated and non-illuminated portions across the surface, with light diffused through the material rather than exposed directly.
The lamps are assembled using carved marble components combined with integrated LED systems housed within the structure. Natural veining and tonal variation in the stone become more visible when the light is activated, differing across each unit. The collection includes multiple variations with changes in height, block arrangement, and marble selection, while maintaining the same layered construction method and internal lighting setup.
Marble LED Lamps
The DIP Lighting Collection by Denys Sokolov Uses Layered Marble & Internal Light
Trend Themes
1. Translucent Stone Lighting - Fusion of natural stone translucency with internal illumination creating sculptural light sources that reveal veining and depth when lit.
2. Embedded LED Craftsmanship - By integrating LEDs within hand-crafted stone components, makers enable seamless technical-meets-craft products that redefine material expression.
3. Modular Layered Aesthetics - Stacked, reconfigurable block construction enabling customizable silhouettes and shifting light patterns across a product family.
Industry Implications
1. High-end Lighting - Designer lamp manufacturers can offer premium collections where material rarity and engineered translucency command higher margins.
2. Luxury Interior Furnishings - Upscale furniture and décor brands benefit from statement pieces that merge artisanal stonework with ambient lighting to create immersive interiors.
3. Architectural Fabrication - Building product suppliers and façade specialists may leverage stone-light composites for integrated daylighting, decorative cladding, and sensory-rich surfaces.