How to Read and Create a Cut List — The Complete Beginner's Guide
Every woodworking project that uses sheet goods — plywood, MDF, melamine, or chipboard — should start with a cut list. A cut list is simply a table of every panel you need to cut, with its name, dimensions, quantity, and material. It is the bridge between your design and your saw.
Without one, you are guessing. You will buy too many sheets or too few. You will cut a panel to the wrong size and only discover the mistake at assembly. You will waste material because you did not plan how parts nest together on each sheet.
This guide covers everything a beginner needs: the anatomy of a cut list, how to create one from scratch, how to plan your cutting sequence (rip-first vs crosscut-first), how to handle full sheets safely, and how an optimiser takes the manual layout work off your hands.
What Is a Cut List?
A cut list is a table that describes every piece of material you need for a project. Think of it as a recipe for your saw. Just as a recipe lists ingredients with quantities and preparation notes, a cut list tells you:
- Part name — what the piece is (e.g. “Side panel”, “Shelf”, “Door”)
- Quantity — how many you need
- Length × Width — the finished dimensions after cutting (in millimetres)
- Thickness — determines which stock material to use
- Material — birch plywood, MDF, melamine, etc.
- Grain direction — does the face veneer grain run along the length or across the width?
- Edge banding — which edges need banding tape applied after cutting
- Notes — anything special (mirror pair, oversized for trimming, drill before assembly)
The cut list is not the cutting diagram — that comes later. The cut list tells you what to cut; the cutting diagram tells you where on each sheet to cut it.
Example: Cut List for a Simple Bookcase
Here is a complete cut list for a basic bookcase — 720 mm tall, 600 mm wide, 560 mm deep, built from 18 mm birch plywood with a 6 mm plywood back. This is a real, buildable project.
| Part | Qty | Length | Width | Thick | Material | Grain | Edge | Notes |
|---|---|---|---|---|---|---|---|---|
| Side panel | 2 | 720 | 560 | 18 | Birch ply | Length | 1 long | Left & right — mirror pair |
| Top / bottom | 2 | 564 | 560 | 18 | Birch ply | Length | 1 long | Sits between sides |
| Fixed shelf | 1 | 564 | 540 | 18 | Birch ply | Length | 1 long | 20 mm setback from front |
| Adjustable shelf | 2 | 560 | 540 | 18 | Birch ply | Length | 1 long | On shelf pins, 4 mm narrower for clearance |
| Back panel | 1 | 708 | 588 | 6 | Birch ply | — | None | Sits in 6 mm rabbet |
All dimensions in millimetres. “Length” is always the longer dimension; “Width” is always the shorter.
How to Create a Cut List From Scratch
Whether you are designing in your head, on paper, or in SketchUp, the process is the same:
1. Break the project into assemblies
A kitchen has base units, wall units, and a pantry. A bookcase is a single carcass. A wardrobe might have a hanging section and a shelf section. List your assemblies first, then detail each one.
2. Measure every unique panel
For each assembly, identify every panel: sides, top, bottom, back, shelves, doors, drawer fronts, drawer sides, drawer bottoms. Measure each one's finished length and width. Be precise — rounding to the nearest 5 mm might feel convenient, but 1 mm errors compound across a cabinet.
3. Note the construction method
Your joinery method affects dimensions. If side panels run full height and the bottom sits betweenthem, the bottom's width equals the overall cabinet width minus two board thicknesses (one per side). On 18 mm stock, that means the bottom is 36 mm narrower than the cabinet's outer width. If using pocket holes or dowels, the joint type determines which panel overlaps which.
4. Account for edge banding
If you are applying 0.5 mm (0.02″) iron-on edge banding, you do not need to adjust panel dimensions — the banding is thin enough to ignore. But if you are using 2 mm ABS edging or solid wood lipping, subtract the banding thickness from the panel dimension before cutting. Two banded edges at 2 mm each means the panel should be cut 4 mm (⅙″) narrower.
5. Record grain direction
On veneered plywood, the face grain runs one way. For side panels, you almost always want grain running vertically (along the height). For shelves, grain typically runs along the length. This matters because the optimiser needs to know whether a piece can be rotated on the sheet or not.
6. Double-check with the “assembly test”
Before committing to cut, mentally assemble each cabinet from your cut list. Add up the panel widths plus thicknesses — does it equal the overall dimension? Check that doors cover the right amount. Verify that shelves fit inside the carcass with the correct clearance. Catching a 2 mm error now saves an entire sheet of plywood later.
Understanding Kerf
Every saw cut removes a thin strip of material — the kerf. A standard full-kerf table saw blade removes about 3.2 mm (1/8″). A thin-kerf blade is about 2.4 mm (3/32″). Track saw blades (Festool, Makita, DeWalt) are typically 2.5–2.8 mm.
This matters because kerf compounds. If you make 10 rip cuts across a 1220 mm sheet, you lose 30 mm of material to sawdust alone — enough to make a shelf too narrow. A cut list optimiser accounts for kerf automatically, but if you are laying out cuts by hand, you must add the kerf width to every cut line.
Quick maths: A 3 mm kerf across 10 cuts = 30 mm lost. Across a full kitchen project with 80+ cuts, kerf losses can easily exceed half a sheet of plywood. This is why optimised nesting is worth doing.
Rip-First vs Crosscut-First: Choosing Your Cutting Strategy
Once you have your cut list and your sheet layout, you need to decide the order of operations. The two main strategies are rip-first and crosscut-first. For most sheet goods work, rip-first is the better choice.
Rip-first (recommended for most projects)
- How it works: Make all lengthwise (rip) cuts first, reducing the full sheet into long strips. Then crosscut each strip to final lengths.
- Why it works: Rip cuts run along the table saw fence, which is your most accurate reference. Strips are easier to handle than full sheets. You can batch all pieces of the same width together, setting the fence once.
- Best for:Cabinet projects where many parts share the same width (e.g. all side panels are 560 mm / 22″ wide, all shelves are 540 mm / 21¼″ wide).
- Safety advantage: Long, narrow strips are far easier and safer to push through a table saw than wide panels.
Crosscut-first (for specific situations)
- How it works: Make all crosscuts first (reducing the sheet into shorter sections), then rip each section to final width.
- Why it works: When most parts share the same length rather than the same width, crosscutting first lets you batch by length.
- Best for: Projects with many parts of the same length but different widths (e.g. drawer components where all sides are 500 mm long but vary in height).
- Watch out: Wide, short sections can be awkward on a table saw. You may need a crosscut sled or track saw for the initial breakdown.
Rule of thumb:If your cutting diagram shows the first cuts running the full length of the sheet, rip first. If the first cuts run the full width, crosscut first. The CutList optimiser generates guillotine-compatible layouts — every cut traverses the full dimension of the remaining piece — so the cutting sequence is always clear.
The Two-Stage Breakdown Method
Regardless of whether you rip or crosscut first, always use a two-stage approach when working with full sheets. The principle is simple: rough-cut first, refine second.
| Step | Action | Detail |
|---|---|---|
| 1 | Rough rip | Use a track saw (Festool TS 55, Makita SP6000, DeWalt DWS520, or similar) to rip the full sheet into manageable strips on the floor. Aim for strips no wider than about 600 mm (24″) — easy to handle on a table saw. |
| 2 | Rip to final width | Take each strip to the table saw and rip to exact finished widths using the fence. Batch identical widths together — all the 560 mm (22″) pieces, then all the 540 mm (21¼″) pieces. |
| 3 | Crosscut to final length | Use a crosscut sled, mitre gauge, or track saw to cut each piece to its finished length. Crosscutting to length is the final, most precise operation. |
| 4 | Label every piece | Write the part name from your cut list onto each piece with a pencil or painter's tape. Do not skip this step — once you have 20+ panels on the floor, they all look the same. |
Why two stages?A full 2440 × 1220 mm (4 × 8 ft) sheet is too large and heavy to safely manoeuvre on a table saw. The table saw excels at precise, repeatable cuts on manageable pieces. The track saw excels at making long, straight cuts on large, unwieldy sheets. Use each tool for what it does best.
The track saw revolution: bringing the cut to the sheet
Traditionally, all cutting meant taking the sheet tothe machine. A table saw requires infeed and outfeed space — roughly twice the rip length in total floor space. For a full 2440 mm (8 ft) rip, that is nearly 5 metres (16 ft) of clear space. Most home workshops and garages cannot accommodate this safely.
Track saws changed the equation by bringing the cutter to the sheet. You lay the sheet flat on the floor or on foam insulation, place the guide rail on top, and cut. No infeed table, no outfeed support, no wrestling a heavy sheet through a machine. The Festool TS 55 and TS 75 pioneered this in Europe; the Makita SP6000J, DeWalt DWS520, and Milwaukee M18 FUEL have brought it to every price point.
For small shops, a track saw is often the primarybreakdown tool, with the table saw reserved for final dimensioning. This is the same principle behind CNC routing — the cutter moves over a stationary sheet — adapted for hand-tool woodworkers. The accuracy of modern track saws (anti-splinter strips, plunge cuts, zero play on the rail) means the rough-cut stage is often accurate enough that only minimal table saw cleanup is needed.
Sheet Handling and Safety
Full sheets are heavy, awkward, and can cause serious injuries if mishandled. A standard 4 × 8 ft (2440 × 1220 mm) sheet of 18 mm (¾″) birch plywood weighs approximately 27 kg (60 lbs). An MDF sheet of the same dimensions weighs about 44 kg (97 lbs). These are not trivial weights, especially when the material is flexible and unwieldy.
Never run a full sheet through a table saw
A 2440 × 1220 mm (4 × 8 ft) sheet is too large to control safely on a table saw. Always break it down first with a track saw or circular saw on the floor or on sawhorses.
Support the offcut
When ripping on the table saw, the offcut side must be supported. Use a roller stand or an outfeed table. An unsupported offcut can twist, kick back, or fall and pull your hand with it.
Lift with your legs, not your back
An 18 mm (¾″) birch plywood sheet weighs roughly 27 kg (60 lbs). An MDF sheet of the same size weighs about 44 kg (97 lbs). Carry sheets on edge with a partner, or use a panel carrier tool.
Wear hearing protection and dust extraction
A table saw cutting MDF produces fine airborne dust above workplace exposure limits (5 mg/m³ under OSHA in the US; 3 mg/m³ under HSE in the UK for hardwood). Wear an FFP2 (EU) or N95 (US) rated mask at minimum. MDF dust is classified as a human carcinogen.
Use a push stick for narrow rips
Any rip narrower than about 150 mm (6″) should be pushed through with a push stick, never your fingers. Keep the push stick within arm's reach at all times.
Let the blade stop before reaching over it
After completing a cut, wait for the blade to stop spinning completely before retrieving the offcut. Never reach over or behind a spinning blade.
Five Common Cut List Mistakes
1. Forgetting kerf
Every cut removes 3 mm of material. If you lay out parts edge to edge on paper without accounting for kerf, you will run out of sheet before you finish cutting. The last piece will be 3 mm too narrow per preceding cut.
2. Ignoring grain direction
On veneered plywood, the face grain direction is visible. If you cut a side panel with grain running horizontally when it should run vertically, the piece is scrap. Mark grain direction on your cut list and ensure the cutting diagram respects it.
3. Confusing length and width
Convention: length is always the longer dimension. If a shelf is 564 × 540 mm, the length is 564 and the width is 540, regardless of which way it sits in the finished cabinet. Mixing these up leads to parts that are rotated 90° from where you need them.
4. Not counting symmetric parts
A cabinet has two side panels. A bookshelf has two sides. A drawer has two identical side panels. It is surprisingly easy to list “Side panel, qty 1” when you need 2. Go through each assembly and count carefully.
5. Using the wrong sheet dimensions
The standard sheet in the UK, US, and Australia is 2440 × 1220 mm (4 × 8 ft), but actual dimensions vary by a few millimetres between suppliers. In continental Europe, sheets are often 2500 × 1250 mm — 60 mm longer and 30 mm wider. If your optimiser is set to the wrong sheet size, your entire layout is wrong. See our sheet sizes reference guide for the full list. Always verify your stock size before optimising.
How a Cut List Optimiser Helps
Laying out parts on sheets by hand — pencil and paper, sliding pieces around like a jigsaw puzzle — works for small projects. But once you have more than about 15 parts across multiple materials and grain directions, the combinatorial complexity explodes. There are millions of possible arrangements.
A cut list optimiser does the maths for you. You enter your parts (name, dimensions, quantity, material, grain direction) and your stock sheet size. The optimiser tries thousands of arrangements and finds the layout that uses the fewest sheets with the least waste.
Good optimisers use guillotine-compatible packing— meaning every cut runs the full width or height of the remaining piece, just like a real table saw or track saw cut. This is different from CNC nesting where pieces can be packed like a jigsaw puzzle. Guillotine layouts are what you actually need if you are cutting by hand.
10–15%
Typical waste without optimisation
5–8%
Typical waste with optimisation
1–3 sheets
Typical savings on a kitchen project
Birch plywood is one of the most expensive common sheet goods. Saving even one sheet per project easily pays for the time spent on a cut list. For a deeper dive into minimising waste, see our guide to reducing sheet goods waste.
From Cut List to Finished Project
The cut list is the beginning of a production sequence, not the end. Once your list is complete and optimised, the workflow is:
- Verify the cut list— check every dimension against your design. Do the assembly test.
- Break down sheets— Stage 1 (track saw on the floor) into manageable strips.
- Refine to final size— Stage 2 (table saw) for precise rips and crosscuts. Label each piece as it comes off the saw.
- Apply edge banding— iron-on or glue banding tape to exposed edges. This must happen before drilling and assembly.
- Drill— shelf pin holes, hinge cup holes, and any joinery holes. Easier to drill flat panels than an assembled box.
- Pre-finish if needed— much easier to spray or brush finish on flat panels than inside assembled cabinets.
- Assemble — using your chosen joinery method. Attach the back panel last — it squares the box.
The accuracy of every step after cutting depends on the accuracy of the cut list. Get the list right, and the rest falls into place.
Frequently Asked Questions
What is a cut list in woodworking?
A cut list is a table of every panel or piece needed for a woodworking project, including part name, quantity, dimensions, material, grain direction, and edge banding requirements. It serves as the plan for how to cut raw sheet goods into finished parts.
Should I rip or crosscut plywood first?
For most cabinet projects, rip first. Break the full sheet into long strips using a track saw, then rip strips to final width on the table saw (using the fence for accuracy), and crosscut to length last. This approach is safer, more accurate, and lets you batch parts of the same width together.
How much waste should I expect when cutting plywood?
Without optimisation, typical waste is 10–15% of the sheet area. With a cut list optimiser, waste drops to 5–8%. On a kitchen project using 10+ sheets, this can save 1–3 full sheets of plywood.
What is kerf and why does it matter for cut lists?
Kerf is the width of material removed by a saw blade — typically 3 mm for a standard table saw blade. Kerf compounds across multiple cuts: 10 cuts lose 30 mm of material to sawdust. A cut list optimiser accounts for kerf automatically; if laying out by hand, you must add kerf to every cut line.
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