Scarf print registration and the cut border
Whether the colours of a printed scarf register with each other and whether the border motif survives the hem.
The reading sequence
4 steps, starting at structural defects and running to turn the scarf over and read the hem. Evidence on this point is read at E1, and 2 of the 4 steps carries a condition that ends the assessment outright.
Lay the scarf flat and frame the whole square
Get one photo in which all four corners are visible at once, so border widths can be compared against each other.
Evidence: E1 — one overhead photo of the scarf laid flat on a plain surface, whole item in frame, with a tape along one edge
- All four corners sit inside the frame in a single photo.
- The scarf is laid flat, with no fold crossing the printed area.
- A tape measure runs along one full edge in the same frame.
- The scarf is photographed in two halves, so opposite corners cannot be compared.
- One corner is turned back, hiding the reverse face at that corner only.
- Only a folded or draped shot is supplied, where no border width can be read.
- The print area is cropped, so the centre of the design cannot be located.
Measure the border on all four sides
Decide whether the design is centred by comparing the four border widths rather than by looking at the motif.
Evidence: E1 — the flat photo from step 1, measured at the middle of each of the four sides
- The four border widths differ by 3 mm or less on a scarf of about 90 cm.
- The motif runs square to the hem, with no side of the design sitting at an angle to it.
- A difference of 4 to 8 mm between the widest and narrowest border.
- A border that is even on three sides and slightly wider on the fourth.
- A difference of 9 mm or more, so the design sits visibly off-centre when the scarf is worn.
- The motif is rotated against the hem, so one corner carries more of the design than the opposite corner.
Find a colour boundary and read the register
Check whether two printed colours meet along one line, with no gap and no third colour where the inks overlap.
Evidence: E1 — a macro photo of one colour boundary in daylight, square to the fabric, with a ruler in frame
- The two colours meet along a single line with no unprinted gap between them.
- No third tone appears along the boundary where two inks overlap.
- A gap or overlap of under 1 mm at one boundary, which is inside normal press tolerance.
- A faint lighter line that could be a fold in the fabric rather than a printing gap.
- A white gap wider than 1 mm runs along a boundary, showing the screens were out of register.
- The gap widens from one end of a line to the other, so the colours drift apart along its length.
Turn the scarf over and read the hem
See whether the hem is rolled and stitched by hand or machined flat, and whether the border motif is clipped by it.
Evidence: E1 — a macro photo of one corner from the reverse in raking light, plus the same corner from the front
- The rolled hem keeps an even width around the corner, and the stitching does not cross onto the printed face.
- The border motif is complete on the front, with the full motif sitting inside the hem.
- A hem width that varies by under 2 mm along one side.
- A single stitch visible on the front face close to a corner.
- The hem cuts through the border motif, so the design is clipped along one edge.
- The printed face is stitched through, leaving a line of thread across the design.
Why the thresholds sit where they do
Registration is a press setting, so a piece that fails it fails across a whole run, which is why the batch question is attached to the register step rather than left to the reader. The 3 mm border tolerance comes from two people measuring the same scarf laid flat, where hand tension moved the reading by up to 2 mm in either direction. The 1 mm registration gap is the width at which a white line becomes visible at arm's length, which is the distance a scarf is normally seen from rather than the distance it is photographed from. The hem step closes the sequence because a hem can look correct from the front while the reverse shows the border cut through, and the hem is the one part of a printed scarf a buyer cannot remake.
Common misreads
2 pairs recorded for this point. Each runs in both directions: 1 finding that looks worse than it is, and 1 that looks better.
- looks like Return actually Pass
A faint pale line along a colour boundary in a photo taken with the fabric slightly raised. A fold catches light in exactly the way a gap does. Shot flat, the line is gone and nothing has to be measured.
- looks like Pass actually Return
A crisp print photographed across the middle of the design. Registration and border width both read clean there, which is exactly where a scarf cut off the repeat cannot be told apart from one cut on it.
Check this point against what you were sent
Insufficient evidence
Nothing decided on scarf print registration yet: 0 of 4 steps have been read.
0 of 4 steps judged
| Step | Reading | Evidence | Stop met |
|---|---|---|---|
| 1. Lay the scarf flat and frame the whole squareneeds E1 | — | ||
| 2. Measure the border on all four sidesneeds E1 | The design sits off-centre by 9 mm or more. The piece was cut from a printed length without aligning to the repeat, so the error is in the fabric and not in the finishing. | ||
| 3. Find a colour boundary and read the registerneeds E1 | A white gap wider than 1 mm runs along a boundary. The screens were misaligned for the entire run, so every piece printed from it carries the same gap. | ||
| 4. Turn the scarf over and read the hemneeds E1 | — |
Sources and checks
- Public community thread — Printed scarf threads where registration or border width was the disputed pointn=27
- Editor analysis — Border tolerance set from repeat measurement of one scarf by two readersno sample
Last checked · next review due · status current.
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