Print Shop-Floor Labels for Every Cut Piece

Shop-floor labels are small adhesive stickers applied to each cut piece after it comes off the saw. They identify the part by an ID, list its dimensions, and often carry grain direction, the stock it came from, and the project name. They live on the bench, the cart, or the assembly stack — anywhere a piece travels between cutting and final assembly.

In a busy shop with multiple jobs on the floor, the question "what is this rectangle of plywood and where does it go?" gets asked dozens of times a day. A label answers it instantly. No squinting at pencil marks, no holding a piece up to a printed cutting diagram trying to count placements, no calling across the shop to ask which job a stack belongs to.

EZNESTING's label export prints these stickers directly from your optimized cut list, on standard Avery sheets you can buy at any office supply store. The label IDs (P1, P2, P3…) match the IDs on your cutting PDF, so a labelled piece always traces back to the exact spot it was cut from.

Labelling looks like overhead until you skip it for one job and lose 45 minutes hunting for the right shelf side. Here's what labels prevent:

• Mis-assembly. Cabinet sides look almost identical until you notice one is 18mm deeper than the other. A label catches it before the screws go in.
• Lost grain orientation. Once a piece is flipped on the cart, the eye can't tell which way the grain ran on the sheet. The label keeps that information attached to the piece.
• Cross-job mix-ups. Two jobs running at once, both in 3/4 maple ply, both with similar carcass parts. A label with the project name on it stops the wrong piece from ending up in the wrong stack.
• Time at assembly. A clear ID on every piece means the assembler matches parts to the cutlist directly instead of measuring and guessing.
• Mistakes the customer sees. Most shop-floor mistakes are caught at QC. But the ones that slip through arrive at the customer's site — and a single wrong drawer front is more expensive than a year's worth of label stock.

Labelling is one of the highest-ROI shop floor habits that nobody wants to do by hand. Pre-printed Avery sheets reduce it to "peel and stick."

After you run an optimization, open the export menu and click Print shop-floor labels. A short dialog asks which Avery format you're printing on and what to include on each label. EZNESTING generates a PDF with one label per piece instance and you print it on a sticker sheet.

A few mechanics worth knowing:

One label per piece instance, not per piece type. If your cut list has "24 × 18 in shelf, qty 6", you get 6 stickers — not one. Every workpiece that comes off the saw has its own sticker waiting.

IDs match the cutting diagram. The ID on each label (P1, P2…) is identical to the ID drawn on the cutting PDF. So when an assembler picks up a labelled piece, they can flip to that piece on the cutting plan and see exactly which sheet it came from, where on the sheet, and how it sat next to its neighbours. If you set a custom label on a row in the cut list, that custom label is used instead of the default Pn.

Sheet origin is tracked. When the job uses more than one sheet, each label notes its sheet of origin ("Sheet 2 of 5") in the corner. Helpful when you're inspecting offcuts later.

Vector-rendered, not raster. Labels are drawn as PDF vectors, so they print sharp on any printer — desktop laser, office inkjet, or a high-volume office copier. Font sizes auto-fit each label to its physical dimensions; long stock names truncate with an ellipsis rather than overflowing.

Works for sheet and linear cuts. Whether you're optimizing 4'×8' plywood or 12-foot trim, the same label export applies. (Linear stock labels omit grain direction and per-stock material, which don't apply to one-dimensional cuts.)

EZNESTING supports three Avery templates, two for North American Letter paper and one for A4. Pick the one that matches the sticker paper on your shelf.

Avery 5160 is the workhorse — 30 small stickers per page, cheap, fits everything you can read at arm's length. If your shop labels every piece on every job, this is what you'll print on most days.

Avery 5163 trades label count for legibility. The labels are roughly 4× the area of a 5160 sticker, which means the ID prints big enough to read from across the bench and dimensions stay readable even with longer stock names attached. Worth using for parts that move through multiple stations or sit in the queue for a while before assembly.

Avery L7160 is the A4 equivalent for shops outside the US — UK, EU, Australia, NZ, Canada (when buying metric paper). Same general use case as 5160.

EZNESTING uses the published Avery template dimensions for each format (label width/height, page margins, gaps between labels), so the PDF aligns cleanly when you print at 100% scale on the matching sticker paper.

Every label has a three-tier hierarchy so the most important information is the most readable. You can toggle the optional fields on or off when exporting.

1. The piece ID (always shown). Largest text on the label, top-left. Either the default Pn (P1, P2, …) or whatever custom label you set on the row. This is what an assembler reads first to match against the cutting plan.

2. Dimensions (optional, default on). Width × height for sheet cuts, single length for linear cuts. Formatted in the unit set on the row, or the unit you pick in the export dialog if the row didn't specify one. Mixed-unit cut lists print labels in the unit the piece was entered in — so a metric cabinet part with imperial face frame stock prints each label in its native unit.

3. Stock info (optional, default on). Identifies what the piece was cut from — e.g. "4' × 8' — 3/4 Plywood". Useful when the same job pulls from multiple stock types. Suppressed for linear cuts (where stock material isn't tracked at the placement level in v1).

4. Project name (optional, default on). Shown at the bottom in lighter text. Critical when you have more than one job on the bench, optional when you don't.

5. Grain direction arrow (optional, default on, sheet only). A small horizontal (↔) or vertical (↕) arrow in the top-right corner, indicating how the grain ran on the source sheet. Drawn as a vector (not a unicode glyph), so it prints reliably on every printer regardless of font support.

6. Sheet of origin (auto, only when the job uses more than one sheet). Suppressed when stock info is shown, since the stock label already identifies the source.

The layout is adaptive: on small Avery 5160 stickers, the ID dominates and metadata shrinks to fit. On larger 5163 stickers, all tiers grow proportionally so the extra space doesn't go to waste.

End to end, from cut list to peeled sticker:

1. Build your cut list and optimize. Stock sheets in the Stock Sheets section, cut pieces in the Cut Pieces section. Run the optimizer.

1. Click Export. In the app header after a successful optimization, the Export menu lists the cutting PDF, DXF, and Print shop-floor labels.

1. Pick your Avery format. Match it to the sticker paper you have on hand — 5160 for high-volume small labels, 5163 for larger readable labels, L7160 for A4.

1. Choose what to include. Dimensions, stock info, project name, grain arrow. Default settings work for most shops; toggle off anything you don't want.

1. Set the output unit (only matters for rows without an explicit unit). Inches, millimeters, feet, metres, or centimetres.

1. Click Print labels. The PDF generates and downloads.

1. Load Avery sheets in your printer. Make sure you load them with the printable face down or up to match your printer's behaviour — Avery prints a small arrow on the corner of the paper to indicate the printable side.

1. Print at 100% scale. Critically important. If your PDF viewer is set to "fit to page" or "shrink to printable area," the labels will misalign with the sticker die-cuts. The print dialog should say 100% or Actual size. EZNESTING draws a faint border around each label so misalignment is visually obvious before you peel anything.

1. Cut, sort, label. As pieces come off the saw, match them to the cutting diagram (each placement has the same ID as a sticker), peel the sticker, apply.

A common shop habit is to lay the sticker sheet flat next to the saw, work through the sheet of plywood one row at a time, and pull stickers as parts get cut. The IDs on the diagram and the IDs on the stickers always match, so the order doesn't have to be precise.

A quick decision tree:

Use Avery 5160 (30 per page, Letter) if: - You label every piece on every job and want the lowest cost per sticker. - Your parts are small to medium (drawer boxes, face frame parts, cabinet shelves). - Assemblers work close to the parts and can read small text. - You print in North America.

Use Avery 5163 (10 per page, Letter) if: - Your parts are large (full cabinet sides, sheet goods, large furniture panels). - Parts move between stations and labels need to be readable across the shop. - Stock descriptions are long ("3/4 Pre-Finished Maple Veneer Plywood A2") and need room to print. - You want a label legible from several feet away.

Use Avery L7160 (21 per page, A4) if: - You're outside the US and buy A4 paper. - Your use case is the same as 5160 — small to medium parts, high volume.

If you're not sure, start with 5160. It covers the most cases and the stickers are cheap enough that "I overpaid for stickers" is rarely the regret.

Print 100% scale. This is the most common reason labels misalign. Disable "fit to page" in your PDF viewer's print dialog.

Test alignment with a single sheet first. Print one Avery sheet, check that the printed boxes land inside the sticker die-cuts. Avery sells inexpensive sample sheets for exactly this purpose.

Apply labels in a consistent location on every piece. Most shops settle on "top edge, near the long side" or "the show face, in the corner that won't be visible after assembly." Pick a convention and stick with it — assemblers learn where to look.

Don't sticker the show face. Adhesive residue and tear marks ruin finished work. Apply to the back, the inside, or an edge that gets trimmed off.

Use the grain arrow even on hidden parts. Inside cabinet sides don't show grain, but if you ever re-rip a piece, you want to know which way the original grain ran. Keep the arrow on.

Re-print after re-optimization. If you change the cut list and re-optimize, the IDs may shift. Print fresh labels so the IDs still match the cutting diagram.

Save the file with the project. EZNESTING auto-names the PDF `labels-YYYY-MM-DD.pdf`. Drop it into the project folder alongside the cutting PDF so you can reprint if a label peels off or smears.

Match the sticker paper to the environment. Standard Avery paper is fine for indoor shop assembly. If labels need to survive humidity, sunlight, or hot transit (parts shipping to a customer site), buy weatherproof Avery stock — the templates are the same.

Cabinet shops label every carcass part — sides, tops, bottoms, shelves, backs — with the ID, dimensions, and grain arrow. At assembly, the assembler matches IDs against the cutting plan and the cabinet goes together without measuring. Project name on the label keeps multi-job runs from crossing streams.

Custom furniture builders lean on 5163 (the larger labels) because pieces sit in queue between cutting and finishing, sometimes for days. The larger label keeps the ID legible after dust accumulates on the part.

CNC and panel-saw operators print labels for every part output by the nest, then sort parts by project as they come off the machine. The label is the only thing distinguishing two identically-sized parts headed to different jobs.

Sign makers and large-format cutters use stickers to track which substrate piece becomes which finished sign in a multi-sign run.

One-off DIY and hobby projects rarely need labels for the maker themselves, but a labelled gift project (a built-in for a friend, a piece sold to a customer) makes the project easier to assemble at the destination.

Linear cuts — lumber, trim, molding — use labels to keep cut lengths sorted when several jobs are running through the same chop saw. The ID and length print on the sticker; the part gets a quick wrap of masking tape with the sticker stuck to it.

Printable shop-floor labels are included on the Starter and Pro plans. The Free plan does not include label export.

• Starter ($9.99/month): Full label export. All three Avery formats. All content options. No per-month limit on label sheets.
• Pro ($19.99/month): Same label export as Starter, plus the rest of the Pro feature set — inventory, branded customer quotes, project lifecycle with material reconciliation, branded share links, priority support.

For a shop that's labelling parts at all, the Starter cost is recovered the first time a mislabelled piece is not assembled wrong. Pro is the right pick if you also want the inventory side — knowing what you cut, what's left as offcuts, and what each job actually consumed.

What labels does EZNESTING print on? Standard Avery sticker sheets: Avery 5160 (30 per Letter page), Avery 5163 (10 per Letter page), and Avery L7160 (21 per A4 page). Buy them at any office supply retailer.

Do labels match the IDs on the cutting diagram? Yes. Every label uses the same ID (P1, P2, …) shown on the cutting PDF, so a labelled piece traces directly back to its placement on the cut plan. If you set a custom label on a cut list row, that label is used on the sticker.

How many labels does EZNESTING print per piece? One label per piece instance. If your cut list has a piece with quantity 6, you get 6 labels — one for each workpiece that comes off the saw.

Can I print labels for linear cuts (lumber, trim, molding)? Yes. Linear stock results export to the same Avery formats as sheet results. Linear labels show the cut length and project name. Material name and grain arrow are omitted (those don't apply to linear cuts).

Do the labels include grain direction? Optional, on by default for sheet cuts. The label shows a small horizontal or vertical arrow in the top-right corner indicating how the grain ran on the source sheet. Drawn as a vector so it prints reliably on every printer.

Will the labels align with the Avery die-cuts when I print? Yes, as long as you print at 100% scale. Disable "fit to page" or "shrink to printable area" in your PDF viewer's print dialog. EZNESTING uses the published Avery template dimensions for each format. A faint border is drawn around each label as a visual check — if it doesn't line up with the die-cut on the sheet, your scale is off.

Can I customize the ID on each label? Yes. Set a custom label on the cut list row and it's used in place of the default Pn ID. Useful when you want sticker text to match a part name from your shop drawings.

Which Avery template should I use? Avery 5160 for everyday small/medium parts. Avery 5163 for large parts or long stock descriptions that need readability. Avery L7160 for A4-paper shops outside the US.

What units do the dimensions print in? Whatever unit the row was entered in. If a row has no explicit unit, the output unit you set in the export dialog applies. Mixed-unit cut lists print each label in its native unit — a metric cabinet part and an imperial face frame piece print correctly side by side.

Is label printing free? Label printing is included on Starter ($9.99/month) and Pro ($19.99/month). The Free plan does not include it.

Can I save the label PDF and reprint later? Yes. The PDF is auto-named `labels-YYYY-MM-DD.pdf` when you export. Save it with your project files and reprint any time. If you re-optimize and IDs change, generate fresh labels.

Do I need to install anything to print labels? No. The PDF generates in your browser and downloads. Print it with any PDF viewer (Preview, Adobe Reader, browser PDF viewer) on any printer that handles Avery sticker stock.

Shop-floor labels are one of the cheapest, highest-leverage habits a cutting operation can adopt. Every mis-assembled piece you avoid pays for years of sticker paper. Every minute of "which one is this?" saved on the bench compounds across every job.

EZNESTING's label export takes the work out of the habit. After you optimize, two clicks gets you an Avery PDF that prints sharp, aligns to the die-cuts, and carries every piece of information an assembler needs — the ID, the dimensions, the stock, the project, the grain. The IDs match your cutting diagram, so a labelled piece is always traceable back to where it was cut from.

It's the kind of feature that's invisible the first time you use it and indispensable the second. The next time you have two jobs running in parallel and similar parts on the same bench, you'll notice you no longer have to think about which is which.

Run an optimization, click Export, choose Print shop-floor labels — and your next stack of parts comes off the saw already knowing what it is.