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PerfectVector rebuilds your image as crisp, scalable vector art. Sharp at any size, anywhere.
The DXF export is designed as a clean handoff from reviewed vector artwork into a CAD, CAM, laser, or cutting application. Machine-specific operations still belong in that application.
Choose a supported image with the clearest edges, contrast, and source resolution you have.
Use the watermarked preview to check contours, holes, corners, colors, and unnecessary detail before export.
Select Cutting & CAM · R13, enter the final width, choose millimeters or inches, and review the automatically generated source-color layers in your target software.
Download the DXF, then assign operations, compensation, tabs, nesting, and other job settings in your CAD, CAM, laser, or cutting software.
A raster image records colored pixels, while DXF is useful to CAD, CAM, laser, and cutting workflows because it can carry geometric paths. Simply changing a filename or placing an image inside another container does not create editable contours.
PerfectVector first interprets the visible artwork as vector regions. You can inspect and refine those paths before choosing the DXF export profile and intended physical width. On export, geometry is automatically grouped into deterministic layers by source color.
Flat logos, silhouettes, stencils, signs, emblems, and high-contrast line art are usually the clearest sources. Photographs, gradients, texture, and soft shadows become a stylized set of shapes rather than a pixel-faithful image.
The exported DXF is geometry, not a finished machine program. Confirm dimensions, close or simplify contours where needed, assign cut or engrave operations, apply kerf or tool compensation, and simulate the job in the software that controls your machine.
PerfectVector creates artwork-derived geometry quickly. Keeping the raster preserves pixels, while manual CAD tracing provides the most control when exact engineering intent matters.
| What you need | PerfectVector DXF | Keep the raster | Manual CAD trace |
|---|---|---|---|
| Actual vector geometry | Generated pathsPixels are rebuilt as shapes | Pixels only | Drawn geometry |
| Controlled final width and unit | Millimeters or inches | Resolution-dependentPixels do not define a cut path | Fully dimensioned |
| Source colors separated into layers | Automatic color layersGrouped by source color | One pixel image | Manual organization |
| Cut, engrave, and toolpath settings included | Geometry onlyAssign operations downstream | No machine data | Prepared separatelyStill depends on CAM setup |
| Exact control for engineering drawings | Artwork-derivedInspect before production | Not editable geometry | Best fit |
Use PerfectVector to create a fast, reviewable geometry starting point. Use your machine software to validate dimensions and turn that geometry into a safe production job.
A clean vector result reduces tracing work, but every machine, material, and controller has its own requirements.
Check the imported width and units before applying any machine operation.
Map source-color layers to cut, score, or engrave behavior in the target application.
Look for open paths, duplicate lines, tiny islands, sharp nodes, and shapes that may be too small for the tool or beam.
Apply compensation, tabs, nesting, feeds, and speeds, then simulate or run a small material test before production.
I'd tried everything and been let down every time — I'd given up, figuring today's tech just couldn't do this. And you actually built it. If this is real, it's genuinely incredible.
It converts at even better quality than I expected — it preserves the character of the original better than anything else I've tried.
PerfectVector is impressively fast, and the output quality is already very good. With a bit more refinement it could easily compete with the leading tools.
Way more detailed than I expected. Opening Illustrator to convert every single time was such a chore — bookmarked.
Tried it — it's accurate. Simple images actually expose detail differences more than complex ones do, and this nails them.
Vectorizing and preview are always free and unlimited — you only spend a credit when you download a finished file.
Try it out, casual use
5 credits when you sign up. Expires in 30 days.
No credit card required
For regular design work
100 credits a month · about $0.12 per download
For power users & studios
500 credits a month · about $0.05 per download
Need just a few more? Buy 10 credits for $5. · one-time · Never expires
1 credit = 1 download. Re-downloading a file you already saved is always free. Cancel anytime.
