Bring ultimate mouthwatering realism to your culinary commercial projects, restaurant advertisements, or interior dining scenes with this stunning High-Poly 3D Strawberry Pie. Every single element of this dessert has been meticulously sculpted to achieve cinema-grade photorealism, capturing the glossy glaze of juicy strawberries, the organic textures of the crispy baked crust, and the rich, tempting filling.

With a highly detailed mesh counting over 2.7 Million triangles, this model is tailored specifically for high-end offline rendering pipelines (Cycles, V-Ray, Corona, Arnold) where quality cannot be compromised. It is perfect for close-up macro shots in food commercials, interior decoration of bakery/cafe scenes, and professional digital illustrations.

Give your clients and audience an irresistible visual experience that instantly evokes cravings and captures the eye of every dessert enthusiast.

• Cinema-Grade Detail: An ultra-dense mesh featuring 2.7M triangles guarantees flawless close-up shots with perfectly smooth organic curves—no jagged edges or low-poly stretching.

• Photorealistic Texturing: Vibrant, carefully matched color shaders and glossy material maps that accurately recreate the reflection of fresh glaze and baked pastry.

• Interior Visual Ready: An essential decorative prop for dressing dining tables, kitchen counters, restaurant buffets, or cafe store windows.

• Clean Subdividable Quad/Tris Geometry: Stable mesh layout designed for high-end rendering configurations.

• Native Format: BLEND (Blender Cycles / Eevee Ready).

• Geometry: Ultra High-Poly Mesh (2,709,729 Triangles / 1,362,424 Vertices / 1,106,822 Quads).

• Texturing & Materials: High-resolution realistic material maps included.

• UV Mapping: Unwrapped UVs.

• 3D Printable: No (Intended for digital rendering and animation only).

• High-end 3D food advertisements and bakery commercial clips.

• Architectural visualization decoration (Kitchens, cafes, restaurant dining tables).

• Photorealistic close-up promotional artwork and digital culinary rendering.