200+
preset scenes and geometry objects
Geometry without friction
Build, analyze, and publish 3D math scenes in one place.
Math3D combines interactive surfaces, procedural solids, and topology tools with CGAL/VTK-backed workflows. Use it for teaching, prototyping, and research visuals.
Implicit mode focuses on field-defined surfaces and mesh extraction for complex equation-driven geometry.
CGAL/VTK
high-fidelity mesh and volume operations
Playwright
tested workflows for release confidence
Desktop + Web
same core app in both runtime modes
Why Math3D
Designed for real math workflows.
Surface Lab
Explore implicit, explicit, and parametric surfaces with contouring, curvature tools, and diagnostics.
Geometry Builder
Create procedural solids and constructions, then inspect constraints and measurements in-context.
Topology Workbench
Construct polygon-word models and animate realizations for educational or exploratory topological studies.
Worker-backed Compute
Use Python worker integrations for heavier CGAL/VTK operations when precision and throughput matter.
Current release gallery
Real scenes from the current build.
Explore full-resolution images captured from the public browser app and desktop scientific viewers on 5 November 2026.
Graphs
Twenty-six current graph gallery scenes, including calculus, curves, implicit regions, and phase portraits.
Scientific Field Explorer
Verified 3D fields, slices, source inspection, and analysis views captured in the desktop app.
Quantum integration
Verified Theory Lab scenes with supplied bands, fields, and source-linked views in the desktop app.
Typical Workflow
From equation to artifact.
- 1.Pick a mode and start from a preset or custom formula.
- 2.Inspect geometry with overlays, probes, and selection metrics.
- 3.Run mesh/volume transforms and export for downstream use.
Try Math3D today.
Start in the browser for quick access, or install the desktop release for local workflows with bundled worker tooling.