Text3D
3D text generation tool with real-time WebGL preview, material editing, and high-resolution export.
Text3D lets anyone generate stunning 3D typography directly in the browser. Type your text, choose a font, adjust materials and lighting, then export as a high-resolution image or 3D model. Built on Next.js with Three.js handling the 3D rendering pipeline, the tool provides real-time preview as you tweak parameters — no rendering wait times, no software installation required.
Next.js + Three.js
Professional 3D Typography Without 3D Software.
A browser-based tool that generates publication-quality 3D text with real-time material, lighting, and camera controls — exportable as images or 3D models.
Project Overview
Making 3D typography accessible to everyone.
3D text is everywhere in modern design — social media headers, YouTube thumbnails, brand assets — but creating it traditionally requires Blender or Cinema 4D expertise. Text3D democratises this by providing an intuitive browser interface where you type text and immediately see it rendered in 3D. The tool supports multiple font families with proper kerning and leading, PBR materials (metallic, roughness, normal maps), customisable lighting rigs, and camera positioning with depth of field. Three.js TextGeometry handles mesh generation from font files, while a custom material editor lets users dial in exactly the look they want. Export options include PNG at up to 4K resolution, OBJ/GLTF for use in other 3D tools, and shareable URL states for collaboration. This Gold Coast web development project showcases Next.js and Three.js integration for creating professional 3D graphics tools that compete with expensive desktop software. The real power of Text3D comes from its no-installation workflow — designers can bookmark the tool and immediately start creating without downloading gigabytes of 3D software. The text rendering engine uses Three.js TextGeometry combined with advanced font handling. The system loads font files on demand, caching them locally to speed up subsequent uses. Support for Google Fonts, Adobe Fonts, and uploaded custom font files gives users maximum creative flexibility. The kerning system respects font metrics for professional typography while allowing manual adjustment for special designs. Material editing is where Text3D shines for professional work. Users can adjust metallic properties from 0 to 1, controlling how much the surface reflects light. Roughness values from 0 (mirror-like) to 1 (completely matte) create different surface finishes. Normal maps add micro-detail like bumps and scratches without adding geometry. Emissive maps let text glow, useful for neon or futuristic aesthetics. Each parameter updates in real-time, showing instant feedback as values change. The lighting system includes three pre-configured setups — studio (three-point lighting for professional portraits), outdoor (directional sunlight), and night (single point light with dramatic shadows). Users can customize light positions, intensity, and color independently, fine-tuning the exact atmosphere they want. Color correction adjustments let users dial in the exact white balance and saturation. Camera controls provide depth of field blur for cinematic depth. Users can position the camera freely around the text, adjust focal length for wide-angle or telephoto effects, and set focus distance for selective blur. This turns static text into cinematic assets suitable for motion graphics or video backgrounds. The export system is built for real-world workflows. PNG exports at multiple resolutions (1080p, 2K, 4K) with transparent backgrounds ready for compositing. EXR exports include separate layers for diffuse, normal, and metallic maps for post-production adjustment. OBJ and GLTF exports let users import the geometry into other 3D tools like Blender for further refinement. URL sharing creates shareable links so collaborators can see exact settings and iterate together. Performance optimization was critical. Three.js renders on the GPU for instant feedback even on slower computers. The asset caching system means subsequent loads are near-instantaneous. Progressive enhancement ensures the tool works on older browsers while taking advantage of newer features where available. Mobile support via touch gestures and simplified UI makes it usable on tablets for on-the-go design.
Advanced Features and Customization
Professional-grade controls for complex 3D typography.
Advanced users appreciate the depth of customization. Geometry controls allow extruding text at different depths, bevel angles, and complexity levels. This creates beveled, embossed, or deeply extruded text effects. Subdivision parameters control mesh density, affecting both render quality and export file size. The environment system controls reflections and ambient lighting. Different environment maps simulate indoor studio lighting, outdoor daylight, nighttime scenes, and more. This context matters — text that looks perfect in one environment might look dull in another. Animation tools create animated exports. Users can define keyframe animations for camera position, text rotation, material changes, and lighting. The tool exports these as video (MP4) or frame sequences (PNG sequences) for use in video projects. The color picker integration ensures colors remain consistent across projects. Designers can define a project palette that persists across all text creations. This maintains visual coherence when creating assets for a cohesive brand. Custom fonts upload allows designers to use proprietary fonts. Font validation ensures compatibility with the 3D rendering engine. Fallback fonts gracefully handle unsupported characters.
Use Cases and Applications
Professional 3D text for every creative discipline.
Motion graphics designers use Text3D to generate title sequences for videos. Rather than render in After Effects (which requires powerful hardware), they generate 3D text in the browser, export as an image sequence, and composite into their timeline. This speeds up iteration because render times are measured in seconds, not minutes. Social media creators use Text3D for YouTube thumbnails, TikTok covers, and Instagram story graphics. The tool's speed and ease mean creators can generate variations quickly, testing what works with their audience before committing to designs. Brand designers use Text3D to explore wordmark concepts. The 3D rendering shows how a logotype looks from different angles and under different lighting, providing insights that 2D mockups miss. Export options let them hand off clean files to development teams. Architects and real estate professionals use Text3D to render building names and signage proposals. This helps visualize how typography will look on a facade or in a space, informing design decisions before physical implementation. The tool's no-installation, no-licensing approach removes barriers to exploration. Designers without access to expensive 3D software can still create publication-quality assets.
Collaboration features make Text3D useful for teams. Shareable URL links let designers send exact configurations to stakeholders. Stakeholders can tweaking parameters and send variations back. This iterative, non-destructive workflow is faster than traditional approval cycles where PDFs are marked up and resent. The export system handles real-world workflows. High-resolution PNG exports work for print. GLTF exports integrate into web projects using three.js. EXR exports with separate material passes allow post-production fine-tuning in compositing software. URL sharing enables non-technical stakeholders to view and interact with designs without installing software. Technical performance ensures responsive interaction. Three.js rendering on the GPU means even complex text with dozens of parameters updates instantly. Asset caching means subsequent sessions load faster. The tool gracefully degrades on older browsers while taking advantage of newer capabilities where available. Text3D demonstrates how web technologies can replace desktop tools for specific creative workflows. The barrier to entry is eliminated — no installation, no licensing, no learning curve beyond basic interaction patterns. Designers can focus on creativity rather than software administration.
Integration and Workflow
Seamless integration into existing creative pipelines.
Text3D fits naturally into creative workflows. Designers working in Figma can use Text3D for generating mockups of 3D text elements that don't yet exist in Figma. Those mockups get dropped into Figma designs, showing clients final visualization of the 3D component. Motion graphics designers use Text3D for real-time rendering of text that would otherwise require rendering in After Effects or Cinema 4D. This massively speeds up iteration on typography choices, materials, and camera angles. Developers integrating 3D text into web projects can export GLTF models and import them using Three.js or Babylon.js. The exported models maintain exact material and geometry from Text3D, eliminating translation errors. API access enables automation. Designers can programmatically generate variations of text with different parameters. This is useful for generating hundreds of variations for A/B testing or creating parametric text generation systems. Collaboration through URL sharing means the entire design process can happen transparently. Designer creates a concept, shares a URL, stakeholder provides feedback, designer tweaks parameters and shares updated URL. No file downloads, no version conflicts, just real-time collaborative iteration.