This 3D-printed replica meticulously recreates the bronze sculpture of Shiva as Lord of Music, originally crafted around 1000 CE during the Chola dynasty in Tamil Nadu, South India. The original, housed in the Cleveland Museum of Art, depicts Shiva in a serene, four-armed form, poised to play a vina (now missing), with an axe and rearing antelope in his upper hands, symbolizing his divine attributes as the cosmic harmonizer through music. This replica captures the Chola dynasty’s artistic and spiritual sophistication, offering a tangible connection to South Indian heritage.
- Design Features: The four-armed figure stands in a balanced pose, with delicate fingers poised for the missing vina, and finely modeled axe and antelope. The replica retains the fluid lines, serene expression, and intricate detailing of the original Chola bronze.
Material Options
Black Nylon: Treated with a Color Touch finish for enhanced resistance to scratching, rubbing, and external conditions. Offers a uniform, stable black color across production batches with a high-quality surface. Ideal for durable, consistent replicas.
White Nylon: Polished for a smooth-to-touch finish, providing a cost-effective option with a clean, minimalist aesthetic. Suitable for display purposes requiring a neutral tone.
Bronze: Cast using a 3D-printed wax master model and plaster mold, with liquid bronze injected to replace the wax. Delivers an elegant, metallic finish that closely mirrors the original sculpture’s material and patina.
Brass: Produced via metal casting, offering a refined, golden-toned appearance with a polished surface. Enhances the sculpture’s regal and divine aesthetic.
Gold-Plated Brass: Brass base with a gold plating, combining the durability of brass with a luxurious, radiant finish. Evokes the opulence of Chola temple artifacts.
White Rhodium-Plated Brass: Brass with a white rhodium plating, offering a sleek, silver-like finish for a modern, elegant look.
Production Note
Objects exceeding the size limitations of the production process for specific materials are scaled down to ensure compatibility while preserving proportional accuracy and detail.
