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3D Model Rendering – Ultra MedSpa

Project details

  • Medical Spa
  • Ultra Med Spa
  • October 2022
  • 3D Model Rendering

From Sketch to Reality: Crafting a 3D Vision

We transform a rough sketch into a realistic 3D rendering by interpreting the design’s key elements, making educated assumptions about scale and spatial relationships, and using advanced modeling and rendering tools to bring the vision to life with depth, texture, and lighting.

Starting with a basic sketch, we break down the concept into fundamental shapes and estimate dimensions based on visual cues and context. While the absence of precise measurements or floor plans presents challenges, we use our design intuition to build a 3D model, refining proportions and perspective along the way. From there, we apply textures and materials that align with the intended look and feel, and adjust lighting to ensure the model reflects how it would appear in real life. Using sophisticated rendering software, we finalize the visualization, paying attention to details like shadows, reflections, and overall composition, ensuring that the result is both visually accurate and true to the original sketch.

Interpretation of the Sketch: We start by analyzing the sketch to understand the overall design, shape, and style, extracting key visual cues to determine dimensions, proportions, and spatial relationships. This allows us to form a mental image of how the concept would exist in 3D space.
3D Modeling and Refinement: Using 3D modeling software, we create basic shapes to match the structure outlined in the sketch. Without detailed measurements, we rely on visual intuition and real-world references to adjust proportions and refine the model. This step often involves trial and error, iterating on the shape and layout until it reflects the intended design.
Material, Texture, and Lighting Application: To make the model visually realistic, we apply textures and materials that reflect the look and feel of the design, such as wood, glass, or metal. Lighting is then adjusted to mimic how light would interact with the materials, adding depth and realism to the scene by simulating shadows, reflections, and highlights.
Rendering and Final Touches: Finally, we render the 3D model using advanced rendering software to produce a high-quality image. This process involves tweaking settings for photorealistic effects, adjusting colors, shadows, and reflections, and doing post-processing to ensure the final rendering matches the visual goal of the original sketch.