Estimate marker yield %, pieces per linear meter and roll meters for your order — or reverse-calculate max pieces from a fixed marker/spread length. Auto-compares rotated nesting for better efficiency — a free B2B helper for cutting rooms and purchasing teams.
Quick presets
Cut plan & yield
Vector prep after cut planning
Lock marker yield in the tech pack
Paste yield %, pieces/m and linear meters from this tool into cut approval. Copy meters into purchasing notes — it clarifies panel count and orientation before vectorizing.
Align piece size to the vector canvas
Match panel art width × length to the dimensions in this tool before vectorizing. If rotated orientation yields better efficiency, use the same orientation in the vector file.
Move approved panel art into Vectorizer
After validating marker yield and waste %, upload panel designs into Vectorizer Studio. Limit spot color count; read the vectorization guide for the SSIM ≥ 0.85 threshold.
Paste yield %, pieces/m and linear meters from this tool into cut approval. Copy meters into purchasing notes — it clarifies panel count and orientation before pattern generation.
Align repeat size to panel dimensions
Match piece width × length to the repeat canvas in the Generator. If rotated orientation yields better efficiency, build the seamless design in the same orientation — validate px resolution with the Panel Pixel Planner.
Move approved panel art into AI Pattern Studio
After validating marker yield and waste %, create seamless repeats in AI Pattern Studio with the same palette. Limit spot color count — follow palette limits in the guide.
Paste marker yield, row count and meters-with-waste lines from this tool into sample approval notes. Wrong yield skews panel scale and fabric quantity in mockups.
Pick a template that matches piece dimensions
Match scarf, pillow and tee template aspect ratios to piece width/length from this calculator. Evaluate scale/rotate steps in Mockup Studio together with marker orientation.
Open the fabric PO after buyer approval
After mockup visual sign-off, move the yield line from this calculator into purchasing; audit mockup credits/cost on Account History.
Paste yield %, pieces/m and linear meters from this tool into cut approval. Copy meters into purchasing notes — it clarifies panel count and orientation before upscaling panel art.
Match panel size to target print DPI
Align piece width × length to RIP print dimensions. After upscaling, validate px resolution with the Panel Pixel Planner — max output side is 16,384 px.
Move approved panel art into Upscale Studio
After validating marker yield and waste %, run the same panel designs through Upscale Studio to 300+ DPI at final print size. Sample approval should precede PO signature — read the Upscale quality guide for the SSIM ≥ 0.85 threshold.
Grid nesting estimate for roll goods — pair with the Fabric Cost Calculator for pricing and the Shrinkage Calculator for finished dimensions after wash.
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Fabric is purchased by the linear meter (or kg) but consumed as nested pieces on a marker. Low marker efficiency directly increases material cost — even when unit price looks competitive. Merchandisers and cutting planners need a fast yield check before CAD marker making or supplier PO confirmation.
A practical workflow has three layers: (1) yield and meters from this calculator, (2) pricing in the Fabric Cost Calculator, (3) finished dimensions after wash in the Shrinkage Calculator. For print layouts and repeat tiles, use the Rapport Calculator and Panel Pixel Planner; for thread trims, the Thread Consumption Calculator.
SapphireSC (sapphiresc.com) is the B2B AI platform from İlçel Sapphire Tekstil (Bursa): seamless pattern generation, 16× upscale, vectorization and mockups. Free utilities support organic discovery; production continues in the AI Pattern Generator and Vectorizer.
Cutting room reference (typical ranges)
Woven selvedge — often 1–3 cm per side; enter total loss on both edges
Extra waste — 3–8% for stable markers; 8–15% for difficult fabrics or small runs
Rotation — scarves and panels often gain yield when rotated 90° on narrow rolls
Strip waste — leftover width after nesting; high strip waste suggests narrower roll or smaller piece grouping
Pair with Fabric Cost Calculator for TRY/USD/EUR totals and GSM Converter when mills quote oz/yd²
Quick reference formulas
Usable width = roll width − selvedge loss
Pieces across = floor(usable width ÷ piece width across roll)
Pieces / meter = pieces across × floor(100 cm ÷ piece length along roll)
Meters with waste = ceil(qty ÷ pcs/m) × (1 + extra waste %)
Max pieces (reverse) = floor(marker length ÷ piece length along roll) × pieces across
Frequently asked questions
Can I calculate max pieces from a fixed marker length?
Yes. Use the Marker → max qty mode: enter spread/marker length along the roll and piece size. The tool returns full rows that fit, max nested pieces, leftover tail length and marker yield % for that spread.
What is fabric yield / marker efficiency?
Marker efficiency (yield) is the percentage of fabric area actually used by cut pieces versus the total spread area. Higher yield means less strip waste along the roll width and fewer linear meters purchased for the same order quantity.
How are pieces per linear meter calculated?
This tool uses grid nesting on roll goods: pieces across = floor(usable width ÷ piece width across roll); rows per meter = floor(100 cm ÷ piece length along roll). Pieces per meter = pieces across × rows per meter. Usable width = roll width minus selvedge loss.
When should I rotate the piece on the marker?
If rotating 90° fits more pieces across the usable width or yields more rows per meter, yield improves. The calculator auto-compares entered orientation vs rotated and picks the better layout.
What selvedge loss should I use?
Enter total unusable width on both edges combined. Woven goods often lose 1–3 cm per side; prints may need more for registration. When in doubt, measure the first spread on your table.
How does extra waste % differ from strip waste?
Strip waste is the unused width left after grid nesting (end-of-roll width loss). Extra waste % covers marker defects, end loss, QC pulls and cutting errors — applied on top of base linear meters.
Can I cost the result?
Yes. Take linear meters with waste into the Fabric Cost Calculator for TRY/USD/EUR totals. Adjust piece dimensions first with the Shrinkage Calculator if you size from finished garment specs.
Does this replace CAD marker making?
No. It is a quick B2B estimate for quotes and PO planning. Production markers in Gerber/Lectra can nest irregular shapes and splice — use this tool for early yield checks and orientation decisions.
Is this fabric yield calculator free?
Yes. It runs entirely in your browser. Sapphire AI pattern generation, upscale and vectorization require an account and credits.