AI SVG generator for editable, consistent SVG sets
Design DIY furniture from aluminum extrusion, resize it in 3D, and get a parts list that matches the model
Stage
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Founded
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Based in
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US
Pricing model
Freemium
Free
Pricing
Free plan available. Pro: $16/month billed yearly (Save $48/yr) or $20/month monthly, includes 70 AI credits monthly, private library, and commercial use. Business: $48/month billed yearly (Save $144/yr) or $60/month monthly, includes 250 AI credits monthly and team-ready workflow.
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Key features
Multiple preset styles including Minimal Outline, Notion Style, Sticker, Duotone, and Line Art
Private library to keep useful generations and reuse preset logic
Editable SVG output with adjustable colors, paths, and spacing
Community library with rewards for sharing SVGs
Image to SVG converter for PNG, JPG, and WebP files
SVG compression and optimization tools
Multiple SVG export formats including PNG, JPG, and code
AI-powered prompt-to-SVG generation for consistent visual families
Commercial use licensing for Pro and Business plans
Resize designs in 3D to custom dimensions
Parts list generated from the same model data
All dimensions in metric and inches
Every part linked to US sellers
Designs checked against fit rules before listing
Part data sourced from manufacturer drawings
Designs labeled as AI draft or test-built
No account needed to browse and design
What makes it different
Creates consistent SVG families from one prompt instead of requiring searches across stock libraries
Keeps all generated assets as editable SVG files with adjustable colors and paths after export
Preset-driven consistency that maintains visual relationships across logos, icons, and illustrations
Community reward system that grants free credits for sharing original SVGs
Private library workflow that enables prompt reuse and selective public sharing
Parts automatically computed to fit together based on slot systems and hardware compatibility
Data sourced from manufacturer specifications rather than guesses
Cut lengths computed from design model, not estimated
Distinguishes between reference data and physically verified designs