AGGEMAR shell full model but the concrete slabs; the present model consists of approximately 90.000 solid bodies and is manageable in a normal modern P.C.
Image Courtesy of Intrakat.
Image Courtesy of Intrakat.
Image Courtesy of Intrakat.
Image Courtesy of Intrakat.
stainless steel frame of the outer shell, digital fabrication for Ieronimakis Inox
AGEMAR S.A. OFFICE BUILDING
AGGEMAR, the headquarters of the Agelikousis shipping group (architect: Rena Sakellaridou), is one of the first buildings in Greece to use a fully curved, fluid façade. The marble skin consisted of 14,000 CNC-cut pieces, 80% unique, many already fabricated before any 3D steel frame existed.
I was hired by Ieronimakis Inox to create the unified 3D fabrication model that would coordinate the as-built reinforced concrete, the CNC-cut marbles, and the stainless-steel substructure. This model was not only a geometric reference—it directly fed the stainless-steel factory with fabrication-ready data under extreme time pressure.
Working with the surveyors (AKSM), we 3D-scanned all critical concrete edges, integrated the marble solids provided by Smili, and reconstructed the structural system from the engineers’ 2D logic inside SolidWorks. This delivered a continuous, real-time pipeline from site conditions to factory production.
The resulting model contained 81,000 stainless-steel bodies and 14,000 marble bodies — a level of digital precision and integration that remains unique in modern Greek construction.
