Farol Ceiling Light

lighting fixture, ceiling light, pendant lamp, ceramic design, terracotta, unglazed clay, white base, conical form, inverted cone, funnel shape, truncated cone, bipartite composition, warm earth tones, burnt sienna, peachy terracotta, raw umber, cream accent, pure white, matte finish, textured surface, smooth surface, material contrast, geometric form, sculptural object, hourglass silhouette, contemporary design, minimalist aesthetic, artisanal craft, handmade quality, product photography, studio lighting, neutral background, warm gray, natural wood, pale hardwood, maple tone, shallow depth of field, centered composition, vertical emphasis, diagonal element, textile cord, white cable, elegant curve, domestic interior, residential lighting, functional sculpture, design object, material honesty, ceramic tradition, contemporary craft, organic geometry, soft edges, hard edges, chromatic restraint, temperature contrast, warm-cool palette, natural materials, sustainable design, timeless form, proportional harmony, golden section, visual balance, asymmetrical equilibrium, tactile appeal, inviting warmth, serene atmosphere, contemplative mood, refined simplicity, artisan production, modern vernacular, Mediterranean reference, Latin tradition, architectural ceramic, handcrafted precision, intimate scale, human proportion, quiet sophistication, material dialogue, ancient-modern synthesis, functional beauty, everyday elegance.

Created by Katia Martins and Tiago Russo, Farol is the materialization of years of studies and tests in order to achieve a great lighting solution, environment-friendly, and that could create the most visual impact with minimalist lines and bold, neutral colours. A mixture of steel and cork, of contemporary lines and heritage, Farol relies on its angular geometry and central fixing to create the most impact with no visible components apart from the main conical shaping. A lamp made to be combined with others, Farol unleashes great visual impact recurring only to its minimal, angled geometry.