18 production-ready vector tools built for designers, shops, and crafters. Design, optimize, and validate—all free, no signup required.
Create and manipulate vector graphics
Manipulate SVG paths with precision. Edit anchor points, adjust bezier curves, and refine shapes with an intuitive visual interface.
Create custom grid patterns for layouts and technical drawings. Configure spacing, line weight, subdivisions, and export as clean SVG.
Access a curated library of vector shapes, icons, and design elements. Browse by category, preview instantly, and download as optimized SVG.
Extract dominant colors from any image or SVG. Get hex codes, RGB values, and ready-to-use color palettes for your design projects.
Convert text into editable SVG paths. Type your text, choose a font, and generate vector outlines ready for cutting, engraving, or editing.
Optimize workflows for manufacturing
Upload multiple images at once and convert them all to SVG, PNG, PDF, or other formats. Automatically optimized for web, print, or production.
Preview CMYK separations for screen printing and offset printing. See each color plate individually and check registration alignment.
Arrange multiple designs on gang sheets for efficient printing. Auto-nest, set spacing, and maximize material usage for DTF, screen printing, and more.
Find the right laser cutter settings for your material and machine. Select material type, thickness, and machine to get power, speed, and pass recommendations.
Calculate stitch counts, thread usage, and production time for embroidery projects. Input design size and density to estimate material costs.
Automatically generate support structures for 3D printing vector models. Optimize support density, placement, and breakaway settings.
Calculate accurate per-piece material costs. Input dimensions, material type, and waste factor to get pricing for vinyl, fabric, wood, and more.
Analyze and validate vector files
Reduce SVG file size by removing metadata, simplifying paths, and collapsing redundant groups. See exactly what changed and download the optimized file.
Check SVG files for errors and compatibility issues. Detect open paths, overlapping shapes, invalid colors, and machine compatibility problems.
Inspect DXF files layer-by-layer. View entity counts, colors, line types, and layer structure. Identify issues before sending to production.
Validate SVG accessibility for web use. Check ARIA attributes, title elements, color contrast, and screen reader compatibility.
Measure SVG path complexity with detailed node counts, segment analysis, and curve statistics. Identify paths that need simplification.
Compare file sizes across different formats and compression levels. Test multiple optimization strategies side-by-side to find the smallest file.