How to make a cut list for woodworking

Guide · Updated July 2026 · 7 min read

A cut list is the bridge between a drawing and a stack of accurately sized parts. Done well, it means you buy the right amount of material, make every cut once, and spend your shop time building instead of recalculating. Done badly — or skipped — it's how a $90 sheet of birch plywood becomes scrap.

This guide covers what belongs on a cut list, how to organize it, and the habits experienced builders use to keep mistakes off the saw.

What a cut list includes

At minimum, every part on a cut list needs five things:

• Part name — specific enough that "Side" vs. "Partition" is never ambiguous.
• Quantity — how many identical pieces you need.
• Material and thickness — ¾″ birch ply and ¾″ poplar are different lines, even at the same dimensions.
• Width and length — final dimensions, written in a consistent order. Most builders write width × length, with length running along the grain.
• Grain direction — for visible parts, note whether the grain runs the length or the width. This decides how a part can sit on the sheet.

A good cut list also carries the plan for where each part comes from: which sheet or board, and in what order the cuts happen. That second half — the cutting diagram — is where most hand-made cut lists stop short, and it's the part a cut list calculator automates.

Step 1: Work from finished dimensions backward

Start with the finished size of the piece — the cabinet's overall height, width, and depth — and derive part sizes from it. A 36″ base cabinet with ¾″ sides doesn't have a 36″ bottom; it has a 34½″ one. Every joint you choose (butt, dado, rabbet, pocket screw) changes the math slightly, so decide joinery before you size parts, not after.

Step 2: Group parts by material and thickness

Sort the list so every part sharing a material and thickness sits together. You'll cut all the ¾″ plywood parts in one session, and the grouping makes it obvious how many sheets you need. It also surfaces cheap substitutions early — that drawer bottom probably doesn't need to be birch.

Step 3: Lay parts onto sheets and boards

Now nest the parts onto the stock you'll actually buy. Three rules matter:

1. Account for the kerf. Every cut removes a blade's width of material — typically ⅛″. Four 12″ strips do not come out of a 48″ panel. If this is new to you, read our short guide to saw kerf.
2. Respect grain direction. A part that must show vertical grain can't be rotated 90° just because it fits better that way.
3. Prefer big offcuts over small ones. Two layouts can have equal waste area, but the one that leaves a single large offcut leaves you usable stock; confetti does not.

Doing this by hand on graph paper works for a bookshelf. For a kitchen's worth of cabinets it becomes an optimization problem, which is exactly what a sheet cutting optimizer is for — it nests parts, reserves the kerf, and tracks the offcuts automatically.

Step 4: Order the cuts

A cutting diagram tells you where parts sit; a cut sequence tells you how to get there. The working rule is to cut big to small: break the full sheet into manageable sections first, then bring each section to final size. On a table saw this also keeps you from wrestling a full 4×8 sheet through a narrow rip.

Write the sequence down — or use a tool that generates it — so that at the saw you're following instructions, not solving geometry with the blade spinning.

Step 5: Check the list before buying material

Before you drive to the lumberyard, run three checks:

• Does the total part count match the drawing? (Count the shelves. Everyone forgets a shelf.)
• Is every visible part marked for grain?
• Do the sheet counts include a margin for defects and mistakes? One extra board on a big job is cheap insurance.

It also pays to know your stock: sheet goods rarely measure exactly what they're called. See plywood sheet sizes for the actual numbers.

Common cut list mistakes

• Forgetting the kerf — the classic. The last part on every sheet comes up ⅛″ short.
• Measuring nominal instead of actual — a 1×4 is ¾″ × 3½″, and "¾″ plywood" is usually 23/32″.
• Sizing parts before choosing joinery — dados and rabbets change part lengths.
• Optimizing waste at the cost of grain — a perfect nest with sideways grain on the doors is not a perfect nest.
• No cut order — leading to trapped parts you can no longer cut safely.