SVG nesting online, without uploading your files.

Cutlattice treats every closed outer contour as a part, and every closed contour inside it as a hole. Curves are flattened into short line segments, transforms are applied, and duplicate points are cleaned up before nesting.

• Outline text and convert strokes to closed paths in your design tool.
• Keep the file in millimetres when possible; the tool shows the detected scale.
• Remove background rectangles or decorative shapes that should not be cut.
• Separate parts cleanly — overlapping shapes can be interpreted as holes.

The layout respects the sheet size, margin, kerf, part spacing, rotation step, and number of sheets you enter. That means the result is not just a pretty arrangement: it leaves room for the tool and for the material you actually have.

• Measure kerf with a test cut if you do not know it.
• Use a small part spacing to keep adjacent cuts from sharing a weakened edge.
• Turn rotation off when grain direction or a one-sided finish matters.
• Free accounts nest one sheet; Pro supports multi-sheet jobs.

Export SVG paths for vector software, or DXF polylines for CAD/CAM and machine software. Both files use millimetres. The DXF contains closed polylines on a single layer, so it imports cleanly into LightBurn, CNC routers, and most CAM packages.

Cutlattice does not generate G-code or control a machine. It produces geometry and a layout; your existing CAM or laser software handles toolpaths and machine-specific settings.

If you need DXF/DWG/STEP import, certified NC post-processors, tube cutting, or industrial machine integration, use a production CAM suite. Cutlattice is built for the smaller jobs where the bottleneck is the layout, not the machine programming.