Omogenea: Lava in Motion

Developed from studies of lava flows, mineral crystallization, thermal stress, and the elemental power of volcanic rock, Omogenea – a sintered surface collection from Dimore Surfaces – aims to capture the true essence of volcanic formations – not just their appearance. According to the company, the future of its sector and of contemporary interior design hinges on surfaces that achieve complexity through technology and precision while also evoking emotion through material intelligence.

Created by Sebastian Holmbäck, the series reflects the Danish designer and visual artist’s more than 30 years of work focused on simplicity, elegance, and functionality as qualities that are inseparable from one another. With Omogenea,Holmbäck set out to engage multiple senses. The surfaces are not only visually striking but also silently communicate emotions through their materiality, tactility, reflections, shading, and restraint. These surfaces are bold but never overwhelming, minimalist yet always animated.

A range of colors and sizes is available. With a surface that mirrors the rugged terrain shaped by eruptions, Basalto Grigio (gray basalt) captures the raw essence of cooled lava and volcanic ash. Reflecting the calm after an eruption, Luce Lavica (lava light) features a warm beige-sand base with subtle flecks and tonal variations inspired by volcanic ash and mineral-rich soil. Other options include Fango Antico (ancient mud), Granito Carbone (coal granite), Limo Profondo (deep silt), and Ombra Castano (chestnut shadow).

Advanced digital modeling has translated the fusion, cooling, and fracturing of lava into a selection of layered surfaces with a subtle tension. Every ridge, crack, and compression has been modeled to recreate the formation of lava. Each version has an intensity but it is always understated. The range is not just an imitation of volcanic stone but also a study of how force becomes form.

At the heart of Omogenea is dry granular technology, which uses a glazing method that prevents light distortion. The result is a high-definition, mirror-like reflection. Fired at temperatures exceeding 1,200°C and pressed under 44,000 metric tons of pressure, the material becomes a robust, naturally fused surface that uses a unique sandy clay composition and advanced Italian Gea Press technology to achieve high durability. The result is a product that offers architects and designers a balance of technical performance and expressive potential.

For more information: www.dimoresurfaces.it