Create Stunning 3D Models from
Images
ZLikeness uses cutting-edge AI to transform multiple 2D images into detailed 3D busts - perfect for digital artists, game designers, and ZBrush enthusiasts.
Trusted by artists at leading studios
Everything you need for 3D model creation
ZLikeness combines AI, computer vision, and 3D reconstruction technology to deliver professional-quality 3D models from 2D images.
Multi-Image Processing
Upload multiple images with different expressions to create more accurate and versatile 3D models.
Advanced Landmark Detection
Precise facial feature mapping ensures accurate geometry and proportions in your 3D models.
Intelligent Morphing
Fine-tune your 3D model with intuitive controls for expressions, features, and details.
Multiple Export Formats
Export in OBJ, FBX, GLB, or STL formats with options for texture maps and quality settings.
Cloud Processing
Leverage powerful cloud infrastructure for fast processing without taxing your local machine.
Secure & Private
Your uploads and models are encrypted and processed securely, with options to delete source data.
How ZLikeness Works
Our streamlined workflow takes you from 2D images to fully realized 3D models in minutes.
Upload Images
Upload 2-10 images of the same face with different expressions.
AI Processing
Our AI detects facial landmarks and analyzes features across images.
Generate & Edit
The 3D model is generated and available for real-time editing.
Export
Export your model in your preferred format, ready for ZBrush.
Choose the plan that's right for you
Whether you're an individual artist or a large studio, we have options designed to fit your needs.
Free
Perfect for trying out the platform
Pro
For individual professionals
Enterprise
For teams and professional studios
Our Development Roadmap
Here's what we're working on to bring ZLikeness to life
Core Development
Our team is currently developing the core AI algorithms that power ZLikeness, focusing on facial landmark detection and 3D reconstruction from multiple images.
User Interface & Experience
Development of the intuitive dashboard interface, editing tools, and export options, with extensive usability testing to ensure a seamless creative workflow.
Beta Launch & Community Feedback
Limited beta testing with selected professional artists to refine features and optimize workflow before public release. Your feedback will be invaluable in this phase.
Want to be part of our journey?
Join our waitlist to get early access when we launch the beta and help shape the future of AI-powered 3D content creation.
Ready to transform your 3D workflow?
Join thousands of artists already using ZLikeness to create stunning 3D models in a fraction of the time.
We're Recruiting!
Be part of something revolutionary. We're looking for talented individuals to help us build the future of 3D content creation.
Computer Scientists
Help us develop novel algorithms for 3D reconstruction, geometric processing, and optimization. Strong understanding of mathematics and computer graphics required.
Computer Vision Specialists
Join us in developing state-of-the-art computer vision systems for facial landmark detection, image segmentation, and 3D reconstruction from 2D images.
Full-Stack Developers
Build the interface and infrastructure of ZLikeness. Experience with React, Next.js, Three.js, and cloud infrastructure (AWS) is highly valued.
Don't see your role? We're always looking for talented individuals who are passionate about AI, 3D graphics, and creating revolutionary tools for artists.
About ZLikeness
Built by artists, for artists
William Martin
Founder & CEO
From concept to creation
ZLikeness began when William, a passionate entrepreneur and former student of 2D/3D Animation, identified a critical gap in the 3D content creation workflow for artists working with AI-generated images.
With the rise of AI image generation tools, artists could easily create stunning 2D concepts, but converting these into workable 3D models remained a manual, time-consuming process requiring specialized skills.
ZLikeness combines cutting-edge computer vision, deep learning, and 3D reconstruction techniques to bridge this gap, allowing artists to focus on creative refinement rather than tedious technical work.