Launch notes: what Applique Maker does, what it doesn't, and what we still need to measure
What the tool generates, what we validated digitally, what we have not stitched yet, and what is on the roadmap: blanket and E-stitch, translations, no FCM.
4 min read · Published September 8, 2026
Appliqué Maker is live today. This post is the plain version of what it is, so you can decide whether it is worth your time.
What it does
You give it a shape (an SVG, a PNG, or text typed in one of 17 bundled fonts) and a size. It builds a three-layer appliqué program: a placement run at 2.5 mm stitch length on the outline, a tack-down run inset 1.2 mm, a zigzag underlay, and a satin border 3 to 5 mm wide at 0.4 mm column spacing with corner fanning and short stitches on tight curves. It writes that as PES, DST, JEF, EXP, VP3, XXX or PEC, with lock stitches at every path start and end.
It also writes the matching cut file: the placement line offset outward by a cut allowance the tool chooses per shape, as SVG in real millimetres or DXF, in flavours for Cricut Design Space, Silhouette Studio and Brother CanvasWorkspace. And it predicts, before you cut anything, how likely the stitch-out is to come out clean for your fabric and how carefully you place.
The prediction is the part we think is new. Every appliqué digitizer knows the two failure modes: raw edge peeking out under the satin's inner edge, or fabric showing past its outer edge. We turned that into a model with sourced error terms (cut error 0.25 mm, placement 0.30 to 0.90 mm depending on care, 0.15 mm shift during tack-down, pull-in 0.15 to 0.40 mm by fabric) and run 300 simulated stitch-outs per shape. A 100 mm heart at 4 mm satin on woven cotton with normal placement passes 92 percent of trials. The same heart with rough placement passes 74 percent. On a knit, 88 percent. That number, and the cut allowance that maximises it, are what the free tier shows you.
Free tier: analysis, preview, prediction and a printable template. Pro, at 9 dollars a month or 69 a year: the machine files and the cut files.
What we validated, and how
We have not stitched thousands of designs. We validated digitally, and we want to be specific about what that means:
- Geometry: the satin, underlay and run layers were compared against Ink/Stitch output on 10 reference shapes, checking column count, rail positions and stitch length distribution.
- Writers: our PES, DST, JEF, EXP, VP3 and XXX writers produce byte-identical output to pyembroidery for the same stitch list, so if your machine reads a pyembroidery file it reads ours.
- Readers: 225 real embroidery files from machines, digitizers and marketplaces were parsed, which is where the format quirks in the file formats guide come from.
- Error terms: every number in the model has a source (laser kerf measurements, Hatch and OurDigitizer pull-compensation guidance, Brother PE-Design's 0, 1.0 and 2.0 mm cut offsets), but a source is not a measurement of our files on your machine.
That last line is the honest gap. The model's error terms are plausible and consistent with each other (their root-sum-square of about 0.68 mm sits between PE-Design's "exact" and "standard" offsets), but until we have stitch-outs back we cannot say the 92 percent is 92 and not 85 or 97.
The stitch-out report form
So we are asking. Every download comes with a short report form: shape, size, satin width, fabric, adhesive, cutter or scissors, and a photo of the result with a yes or no on the two failure modes and where they occurred. It takes two minutes. We will publish the aggregate as the numbers come in, including the cases where the prediction was wrong, and use them to recalibrate the placement and pull-in terms. If you stitch one of our files, the report is the most useful thing you can send us.
What it does not do
Blanket stitch and E-stitch borders. Today the border is satin only. Blanket and E-stitch are on the roadmap; they need a different tolerance model, because a stitch that hides less of the edge requires a fused or non-fraying fabric and a more precise cut. The stitch types guide explains what each stitch does and does not cover.
FCM. Brother's ScanNCut native format is proprietary and undocumented. We are not planning to reverse-engineer it. Our SVG imports into CanvasWorkspace, which converts to FCM on the way to the machine, and that path works at 1:1. The same goes for Silhouette's .studio format: we write DXF, which Silhouette Studio Basic reads, and SVG for Designer Edition.
Editing stitches. It is not a digitizer. You cannot move a column or add a fill. If you need that, Ink/Stitch is free and does it by hand; Embrilliance Essentials (139 to 159 dollars) will convert an existing design to a cut file; Hatch Digitizer (1,199 dollars) does everything and exports SVG.
Multi-needle and commercial features like cap-frame compensation or sequencing across a machine's needle count. DST output works on commercial machines, but the file is a hobby-machine file in its assumptions.
Languages. English only for now. German and Spanish versions of the tool pages come later; the guides will stay English longer.
What comes next
In roughly this order: blanket and E-stitch borders; a per-edge allowance so a tip can get a larger offset than a straight edge on the same piece; a stitch-out report dashboard; German and Spanish tool pages. Everything else depends on what the reports tell us.
If you have questions the stitch-out prediction guide and the placement, tack-down and satin guide cover the model and the layers in detail, and the free embroidery file viewer will show you exactly what the machine will see before you load it.