Hyper-realistic premium orange juice poster AI Image Prompt

Create a bold, high-end commercial poster for a premium {argument name="product" default="orange juice"} brand, shot in a hyper-realistic studio environment with a strong emphasis on freshness, precision, and striking visual appeal. Hero Composition: A sleek transparent bottle filled with rich, vibrant {argument name="liquid" default="orange juice"} stands at the center. The label is minimal, modern, and premium, featuring a clean orange graphic with refined typography. The bottle is topped with a matte black cap, enhanced by subtle highlights and realistic reflections. Action & Story: Two hands wearing matte black gloves interact with the product: One hand firmly grips the bottle from the top The other slices through a thick, juicy orange using a sharp stainless steel knife The cut is captured mid-action, showcasing the juicy pulp and fresh citrus texture. A few orange slices are placed at the base, slightly scattered to create a natural yet styled composition. Lighting & Mood: Background: deep, rich green gradient with cinematic falloff Surface: dark matte table with soft, controlled reflections Lighting: dramatic studio setup Strong key light from one side for depth Soft fill light for balance Crisp highlights on the bottle and knife Deep, clean shadows for contrast Typography Layout: Top corner: Clean, modern brand name (e.g., “VITRA”, “FRESCO”, or “NATURO”) in white Bottom section: Small line: “Not your average juice” Large bold headline: “{argument name="headline" default="PURE ORANGE. NO COMPROMISE."}” Typography should feel modern, bold, and premium with a strong visual hierarchy. Use a rich orange tone for the headline to complement the juice. Visual Style: High-end food advertising aesthetic Cinematic, bold, and contrast-driven Ultra-sharp details and textures Premium editorial look (like a global campaign) Clean yet powerful composition Output Requirements: 4K resolution Photorealistic, advertisement-grade quality Sharp focus, rich contrast, high dynamic range