Attika Studios is a design and fabrication studio specializing in Glass Fiber Reinforced Concrete (GFRC) and custom architectural elements for residential, commercial, and hospitality spaces. Rooted in a legacy of material innovation and sculptural craftsmanship, Attika Studios brings together advanced fabrication, architectural precision, and a deep respect for form, texture, and place.

Our work is inspired by decades of expertise in reconstructed and composite stone production, a tradition that began in Greece with the vision of creating an affordable yet equally beautiful alternative to natural stone. Over time, that vision evolved into a broader exploration of what engineered materials can achieve: strength, versatility, refinement, and the ability to respond to highly specific design needs.

At Attika Studios, we carry that spirit forward through GFRC, a material known for its lightweight strength, durability, and exceptional design flexibility. Our products are made for environments where beauty and performance must work together, from sculptural planters, flooring, wall panels, façade systems, countertops, and feature walls to bespoke architectural components designed for one-of-a-kind spaces.

What defines Attika Studios is our ability to translate bold concepts into highly crafted, buildable solutions. We work closely with architects, designers, builders, developers, and hospitality teams from concept through fabrication, ensuring each piece aligns with the architectural vision, technical requirements, and installation environment.

Our approach combines modern technology with hands-on craftsmanship. From custom molds and prototypes to advanced mixes, finishes, colors, and textures, every project is developed with attention to aesthetic integrity, structural performance, and long-term durability.

Based in the United States and shaped by a Greek tradition of stone, sculpture, and architectural craft, Attika Studios creates custom GFRC solutions and bespoke concrete elements that elevate spaces, anchor environments, and push the boundaries of modern concrete design.