3D Text Workflow |
SVG Text Extruder

Pushing the boundaries of digital type: see how we use advanced AI to transition basic 3D forms into hyper-realistic sculptures via cinematic motion design.

Phase 1: SVG Text Extruder

Establishing the spatial layout with SVG Text Extruder, we generated ExtrudedText.png. This basic 3D form serves as the outline for the design’s typographic rhythm.

Basic curved text layout Figure 1: Initial layout generated via SVGTextExtruder. To use the tool, visit SVG Text Extruder

Phase 1: SVG Text Extruder

Using SVG Text Extruder, we set our foundation. The 3DTextFromSVG.png export acts as the blueprint, mapping out the typography's path and flow.

Basic curved text layout Figure 1: Initial layout generated via SVGTextExtruder. To use the tool, visit SVG Text Extruder

Phase 2: Nano Banana Generative Refinement

In Nano Banana, the 3D 'WARP' image was reimagined as a 3D sculpture, utilizing generative prompts to achieve professional design.

3D organic wood bark text art Figure 2: Textural transformation using Nano Banana.

Prompt: "Transform this 3D 'WARP' model into a professional design. Apply a progressive color gradient across the characters: starting with deep midnight blue on the 'W', transitioning through teal and emerald, and ending in a sophisticated lime gold on the 'P'. Use a brushed velvet metal material. Lighting should be studio-quality with soft rim lights to highlight the wavy extrusions. 8k resolution, cinematic render. Keep the text shape closely".

Phase 2: Nano Banana Generative Refinement

Using Nano Banana, the 3D model image underwent a textural metamorphosis. Generative prompts reimagined the flat 'WARP' letters as 3D plastic translucent sculpture.

3D organic wood bark text art Figure 2: Textural transformation using Nano Banana.

Prompt: "Redesign this model with an anodized holographic finish. The color should shift progressively from left to right in a subtle sunset spectrum (soft violet to muted orange). The texture should be a fine-grain matte metal. Ensure the wavy extrusions behind the letters have a slight translucency like frosted polycarbonate. Professional 3D octane render, white background, soft global illumination.".

Phase 3: Google Veo 3.1 Cinematic Synthesis

To finalize the evolution, we leveraged Google Veo 3.1's motion-synthesis to evolve the static sculpture into a dynamic 'dancing' animation."

Figure 3: Animated Logo rendered by Veo 3.1.

Prompt: "Make a professional logo with each character dancing".

Upload 3DTextLogo.png (Fig 2 above) to Veo 3.1.

Phase 3: Google Veo 3.1 Cinematic Synthesis

We leveraged Veo 3.1 to evolve the 3D sculpture into a dynamic sequence. The iridescent "WARP" text reacts to a sudden influx of high-viscosity water, triggering a bouncy, rhythmic animation complete with sharp, high-speed liquid physics and studio-grade lighting.

Figure 3: Animated Logo rendered by Veo 3.1.

Prompt: A cinematic 3D animation using the provided image as a starting point. The iridescent, frosted-glass letters 'WARP' stand on a minimalist white studio floor. Suddenly, clear, high-viscosity water rushes into the frame, flooding the base of the letters. The letters spring to life, performing a rhythmic, bouncy dance. As they move, they create realistic water ripples and crystalline splashes that catch the soft studio lighting. High-speed camera captures the droplets in sharp detail."

Upload 3DLogo.png (Fig 2 above) to Veo 3.1.