Verify stroke widths, close open paths, and check vector complexity.
Protect physical stock and automated cutting lasers.
Unlike standard printing, physical CNC routing and laser etching machines require exact, continuous vector lines. Customer uploads frequently contain unclosed shapes, microscopic overlaps, double cut paths, or lines of incorrect thickness that cause industrial lasers to halt, double-burn, or ruin precious sheets of wood, acrylic, or metal.
Filecheck inspects mathematical CAD layers and SVG paths directly, standardizing coordinates and identifying cutting defects on-ingest.
Laser cutters distinguish engraving from cutting based on line thickness. Filecheck validates line dimensions, auto-fixing boundaries to exactly `0.001 in` or `0.05mm` according to your specific hardware settings.
Detects shapes with open ends where a continuous cut is expected. Filecheck joins proximal vector nodes dynamically to prevent the laser from leaving dangling pieces or halting mid-job.
Verifies vector lines are colored appropriately (e.g., pure RGB Red `#FF0000` for cuts, and Blue `#0000FF` for raster score marks), allowing automated hardware parsers to work instantly.
Removes duplicated paths where vector lines lie directly on top of each other. This prevents double cutting, burns, and warping of materials.
Laser engraving machines cannot read fonts. Filecheck automatically converts text layers inside SVGs or PDFs into standard vector paths so they engrave perfectly without errors.
Inspects scale definitions in SVG attributes (like `viewBox` matching real-world inches or mm). Prevents tiny uploaded SVGs from scaling out of control or losing detail.
Implement vector validation on your custom e-commerce builder. Eliminate manual vector review cycles and reduce scrap material waste.