Top-6-Class MetaStudio · v1.0

Model Architected Materials & Structures at Scale

A Python framework for the design, generation, and analysis of TPMS, Strut, Spinodal, Hybrid, and IPC metamaterials — from a single interface.

↓ Download Application See Features
// Live Gyroid Preview
24+ Topologies
5 Classes
HPC Parallel
Vol. Tolerance 1e-2 · STL / STEP export
TPMS·STRUT LATTICE· SPINODAL·HYBRID· IPC STRUCTURES·GYROID· SCHWARZ DIAMOND·FCC / BCC· NEOVIUS·MATERIAL GRADING· WALL THICKNESS ANALYSIS·STEP EXPORT· TPMS·STRUT LATTICE· SPINODAL·HYBRID· IPC STRUCTURES·GYROID· SCHWARZ DIAMOND·FCC / BCC· NEOVIUS·MATERIAL GRADING· WALL THICKNESS ANALYSIS·STEP EXPORT·
Capabilities

A complete toolkit for
architected material design

Top6Meta ships five structural families, three network morphologies, and 24+ validated topologies — all accessible from a unified Python API. The Advanced edition layers in HPC parallelism, richer grading functions, and deep cross-sectional analytics.

Architectures · 5 classes · 3 network types · 24+ topologies
TPMS
Triply Periodic Minimal Surfaces — zero mean curvature, continuous smooth networks
Sheet Skeletal Exoskeletal
Strut Lattice
Beam-based open-cell networks — BCC, FCC, Octet, and custom tessellations
Skeletal
Spinodal
Stochastic phase-separation morphologies with tunable isotropy and porosity
Sheet Skeletal
Hybrid
Composite designs blending TPMS and Strut motifs for multi-objective performance
Sheet Skeletal Exoskeletal
IPC Structures
Interpenetrating continuous networks — reinforced complementary phases and layer preview
Sheet Advanced
Capabilities across both editions
3D Interactive Visualization
PyVista-powered real-time mesh explorer
STL & STEP CAD Export
Precision-toleranced solids for FEA and printing
Linear Functional Grading
Continuous density transitions along any axis
Advanced only
HPC Parallel Processing
Multi-core mesh generation for dense grids
Cosine · Sinusoidal · V-type Grading
Non-linear density profiles for tailored stiffness
Cross-Sectional Properties
Area, second moment, and inertia tensor output
Inner Wall Thickness Analysis
Colormap overlay for printability assessment
More on the way…
New Advanced features in active development
More on the way…
New Advanced features in active development
12
Core topologies
in free edition
+
13
Extended topologies
in Advanced
=
24+
Total library
across all classes
Licensing

Two editions. One framework.

Start with the full-featured free edition. Unlock HPC, extended topologies, and deep analytics with Advanced.

Free Forever
Top6Meta
€ 0 no signup
Download Free
  • All 5 architected material classes
  • 12 core topologies
  • Sheet · Skeletal · Exoskeletal networks
  • STL + STEP CAD export
  • 3D interactive visualization
  • Linear functional grading
  • HPC parallel processing
  • Extended topology library
  • Advanced grading functions
  • Wall thickness analysis
  • Cross-sectional properties
⭐ Advanced Licence
Top6MetaA
Licensed contact us
Request Licence →
  • Everything in Free
  • HPC parallel processing
  • 24+ topologies incl. double-network
  • Cosine · Sinusoidal · V-type grading
  • Inner wall thickness & colormap
  • Cross-sectional inertia properties
  • IPC layer preview & analysis
  • Priority support
Workflow Demos

See it in action

Step-by-step walkthroughs of real engineering workflows — from parametric design to CAD export.

▶
// Video coming soon
TPMS
Gyroid Generation & STL Export
Full pipeline from lattice parameters to print-ready STL in under 5 minutes.
▶
// Video coming soon
Advanced
Functional Grading Workflow
Applying cosine and sinusoidal density gradients across a Schwarz Diamond lattice.
▶
// Video coming soon
Advanced
Wall Thickness Analysis
Colormap-driven thickness inspection for printability and structural assessment.
▶
// Video coming soon
Advanced
IPC Structure & Layer Preview
Designing interpenetrating networks with complementary phase visualization.
▶
// Video coming soon
Strut
BCC/FCC Lattice Comparison
Side-by-side generation of face- and body-centred cubic strut topologies.
▶
// Video coming soon
Advanced
HPC Parallel Batch Generation
Generating parametric sweeps across 200+ lattice configurations with multi-core processing.