This 3D-printed Museum Replica meticulously recreates Pierre Puget’s terracotta bozzetto, Study for The Blessed Alessandro Sauli (1663–1668), originally crafted as a preparatory model for a marble statue in Genoa’s basilica of Santa Maria Assunta. Measuring 69.7 cm (27 7/16 in.) in height in its original form, this reproduction captures the baroque dynamism of Alessandro Sauli, a Genoese reformer, depicted in spiritual intensity with an open book and flowing robes. A putto clutching Sauli’s cloak at the base enhances the narrative depth, reflecting the Counter-Reformation’s emotive artistry.
Available Materials for the Study for the Blessed Alessandro Sauli:
– Black Nylon: Finished with a Color Touch treatment, this material offers durability, scratch resistance, and consistent color across batches. The surface is uniformly colored with a high-quality matte finish, suitable for external exposure.
– White Nylon: Polished for a smooth tactile finish, this is the most cost-effective option, providing a clean, minimalist aesthetic with a slightly textured surface.
– Bronze: Cast using a 3D-printed wax master model and plaster mold, this material delivers a classic, elegant metallic appearance with a warm, timeless patina.
– Brass: Created through metal casting, brass offers a refined, golden-toned finish with a polished, sophisticated look.
– Gold-Plated Brass: Brass base with a luxurious gold plating, this option exudes opulence, accentuating the sculpture’s intricate details.
– White Rhodium-Plated Brass: Featuring a bright, silver-like rhodium plating over brass, this material offers a sleek, reflective finish.
More about the materials: https://www.sculpteo.com/en/materials/
Each replica preserves the intricate details of Puget’s original, including Sauli’s expressive pose and the putto’s delicate form, while leveraging advanced 3D-printing and metal-casting techniques for precision. For objects exceeding the production size limits of the selected material, the replica is scaled down proportionally from the original dimensions to ensure manufacturability.
