Everything in the toolbox.

Every open contour, faceted arc, duplicate and scale issue, scored, sorted by severity, and located on the drawing.

Rebuild real arcs and circles from curves exported as hundreds of short line segments.

Weld the tiny end-point gaps that make a cutter treat a closed shape as a half-finished path.

Remove stacked, doubled-up lines that re-cut the same edge and confuse path ordering.

Click two points, type the real distance, and snap the whole drawing to true millimeters.

Merge overlapping pieces into one clean outline — arcs stay true arcs, never polygon soup.

Drag corners and arc curvature directly on the drawing — add or delete nodes, undo, and rebuild the file arc-correct.

Queue many files at once and download them all cleaned, with live progress.

Convert both ways with arcs preserved, no tessellation into line soup, no bloat.

Read and write PDF, AI and EPS alongside DXF and SVG.

Turn splines into clean arc / biarc paths a cutter handles smoothly.

Parametric enclosures with finger joints, sized to your stock thickness.

Flat-pack, Gridfinity-compatible footprint (flat-pack) you cut and stack — a layered baseplate or a finger-joint bin with an optional stacking lip, dividers and finger scoop. Compatible footprint, not a printed 3D profile.

Clean involute gears by tooth count and module.

Cut-ready lettering and bridged stencils that hold together.

Hole, bolt-pattern and grid arrays placed by parameters.

Matched pocket-and-plug inlay pairs with a kerf allowance built in.

Fill a closed region with line hatching at a chosen spacing and angle.

Fill any shape with a flex-cut slit lattice sized by bend physics from your material and target bend radius — straight or wave — or make a box panel flexible the same way.

Flat-pattern L, U and Z brackets developed with real K-factor bend deductions — the blank plus dashed bend lines at their true flat positions, ready to cut and fold. A 90° L-bracket download is free.

Turn a photo into a machine-ready engraving — a dithered bitmap PNG, or a true-circle halftone / newsprint cut file that engraves as real geometry.

Trace a PNG or JPEG into a clean cut path with true arcs and circles — not the polygon soup other tracers emit.

A labeled power × speed matrix (plus an optional focus ramp) you cut once to dial in any new material — then record the winning settings to a profile.

See the real cut path with the beam width compensated, inside or out.

A “will it cut?” check that flags features too small, too thin, or too close together.

Add holding tabs so parts don't drop or shift mid-cut.

Place pierce leads off the part edge for a clean entry and exit.

Separate cut, engrave and score onto their own layers and operations.

Splice round-tool over-cuts into every inside corner a router bit can't reach, so mating parts actually seat.

Post a cleaned, prepped file straight to ready-to-run GRBL 1.1 laser G-code — every arc a native G2/G3, feeds and power prefilled from your material profile.

Pack parts onto sheets to save material, keeping true arcs intact, where other nesters tessellate.

Share edges between adjacent parts to cut less and save material on every sheet.

A cloud library of your files, re-openable from any machine you sign in on.

Diff and restore any past version of a file.

Save kerf, presets and material settings per machine and reuse them.

Generate branded preview images and listing copy to sell a design.

Turn one cleaned file into a seller-ready zip: the same part as a Cricut-safe SVG, a CAM DXF, a PDF proof, EPS art and a transparent PNG preview, with a README.

Anti-theft tools: licenses, watermarks and per-buyer fingerprints on what you sell.

Hand a cut-ready file to a cutting service in one click.

Turn cut length, pierces and material into an instant, branded quote PDF.

Track the sheets and material you have on hand.

Add seats and share one library across your shop.

See usage and job stats across the team.

Drive CutClean programmatically from your own tools and pipelines.