Reduce heavy polygon meshes into lighter, easier-to-handle models while maintaining important geometric detail.
Mesh optimization workflow
Upload a dense mesh and tune the reduction
Automatically simplify dense meshes to lighter, easier-to-handle files while preserving key visual features.
Current support includes STL and OBJ. Results are simulated from file metadata and mesh density signals for a fast workflow preview.
FileNo file selected
Format--
Original file size--
Triangle count--
Vertex count--
Model bounds--
Simplification level
Preservation controls
Preparing simplification estimate...0%
Ready
Upload an STL or OBJ to estimate a lighter mesh.
Before / after comparison
Preview the simplification outcome before you commit
Once a file is inspected, this tool simulates triangle reduction, estimated optimized file size, and likely quality impact so users can decide whether a lighter mesh is worth the tradeoff.
Estimated output
Before / after mesh comparison
Estimated simplification summary will appear here.
Reduction--
Original triangle count--
Detected from the uploaded mesh metadata.
Simplified triangle count--
Estimated post-optimization triangle target.
Reduction--
Projected polygon reduction for the selected profile.
Original file size--
Actual uploaded mesh size.
Estimated optimized size--
Predicted lighter file size after simplification.
Estimated visual retention--
Simulated quality retention based on level and preservation options.
Before
Original mesh note will appear here.
After
Simplified mesh note will appear here.
Preservation summary will appear here.
Reduction notes and warnings
Quality impact note
Quality impact details will appear here after processing.
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