Clean SVG input
Best for path-based artwork, logos, labels, diagrams, and line drawings. Unsupported SVG effects are blocked unless flattened before upload.
SVG to DXF Converter
Production CAD-ready SVG to DXF workflow
...Crédits/ rendu
Pixel2Lines converts clean path-based SVG files into CAD-ready DXF output with strict feature blocking, dimensional checks, layer preservation, and entity-level validation. It is built for paid workflows where silent geometry loss is not acceptable.
The professional workflow returns the DXF file together with a structured JSON report covering blockers, warnings, dimensions, entity counts, cleanup actions, checksums, and delivery metadata. Unsupported SVG features must be flattened before conversion.
Professional SVG-to-DXF workflow
Create CAD-ready DXF output from clean SVG linework with strict validation, dimensional policy, and report-backed artifact delivery.
Explicit dimensions
Physical units and reliable scaling are treated as production requirements. Ambiguous dimensions are surfaced before paid delivery.
CAD delivery validation
The engine checks write counts, finite extents, units, ezdxf audit results, entity consistency, and validation blockers before completing the job.
DXF plus report
Download the validated .dxf file and a JSON report containing status, warnings, blockers, entity counts, cleanup notes, byte sizes, and checksums.
Focused on trustworthy SVG-to-DXF geometry conversion. Raster images, live text, masks, filters, gradients, and complex visual effects must be flattened before upload unless explicitly supported by the engine.
Output artifacts
DXF — CAD file
Production DXF output for CAD, laser cutting, CNC layout, and vector archive handoff.
JSON — Conversion report
Structured preflight and delivery report with status, blockers, warnings, dimensions, entity counts, and artifact metadata.
How it works
- 1
Upload a clean SVG
Use path-based SVG artwork. Flatten live text, images, filters, masks, clip paths, gradients, and complex effects before upload.
- 2
Run production preflight
The engine checks unsupported features, hidden geometry, dimensions, layers, cleanup actions, and CAD delivery constraints before writing DXF.
- 3
Download DXF and report
Receive a validated DXF artifact and a structured report with checksums, byte sizes, entity counts, warnings, and blocking issues if conversion cannot be trusted.
Best use cases
CAD handoff
Prepare SVG logos, layouts, labels, line drawings, and diagrams for CAD applications that need DXF input.
Laser cutting prep
Convert clean vector paths into DXF while preserving practical layer semantics for cut, score, engrave, and detail workflows.
CNC layout exchange
Create a CAD exchange file for downstream CAM setup where geometry integrity and predictable units matter.
Technical archive
Store client artwork and production drawings in a CAD-friendly vector format with report-backed provenance.
Layered production files
Preserve meaningful SVG groups and production layer names where possible for cleaner CAD organization.
SVG preflight
Detect unsupported visual features, ambiguous dimensions, hidden content, and validation problems before paid delivery.
FAQ
What SVG files work best?
Clean path-based SVG files work best. Flatten embedded images, live text, masks, filters, gradients, clip paths, external CSS, and unsupported effects before upload.
Will hidden SVG content become CAD geometry?
The production pipeline applies visibility rules for display, visibility, opacity, fill opacity, stroke opacity, stroke width, and hidden content so invisible artwork is not silently converted into DXF geometry.
How are SVG dimensions handled?
Explicit physical dimensions are preferred. Pixel-based dimensions use a documented DPI assumption, while ambiguous viewBox-only or percentage-only dimensions are blocked unless the workflow records a trusted scale policy.
What do I receive?
You receive a DXF file and a structured JSON conversion report with status, blockers, warnings, entity counts, validation details, artifact size, and checksum metadata.