A cut list is a detailed inventory of all the individual pieces of material required for a project, including dimensions, quantities, and specific materials.

Why is a cut list important?

It helps prevent mistakes, reduces material waste, and speeds up the actual building process by organizing all cuts beforehand.

Should I include blade kerf in my cut list?

Yes, accounting for the saw blade thickness (kerf) is critical. If you ignore it, cumulative cuts can make your final pieces too small.

What is the best way to optimize a cut list?

Using dedicated software like CutWize is the most efficient method, as it tests thousands of combinations in seconds to find the least wasteful layout.

Can I use a cut list for metal and wood?

Absolutely. The principles of a cut list apply to woodworking, metal fabrication, CNC routing, and even roll materials.

How to Create a Cut List — A Complete Guide for Workshops

Creating an accurate cut list is the foundation of efficient material use. Whether you are building cabinets, welding frames, or cutting custom fabrics, mastering your cut list will save you time and drastically reduce material waste.

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What Is a Cut List?

A cut list is a detailed, itemized list of every individual piece of material you need to cut out of larger stock to complete a project. It acts as the bridge between your design blueprints and the physical manufacturing process in the workshop.

A proper cut list takes the guesswork out of fabrication. Instead of measuring and cutting one piece at a time, you batch all your cuts logically, ensuring maximum yield from your expensive stock. You can calculate project material usage ahead of time to know what to buy.

Step 1: Identify Your Materials

The first step is determining the raw materials required for your project. Materials generally fall into three categories:

Sheets/Panels (2D): Plywood, MDF, sheet metal, acrylic. Needs optimization on both length and width.
Linear/Bars (1D): Timber, steel tubes, aluminum extrusions. Needs optimization along a single axis.
Rolls: Fabric, vinyl, banner material. Needs optimization along continuous length and fixed width.

Group your project by these material types, as they will each require a different optimization strategy.

Step 2: Measure and Record Required Pieces

Go through your blueprints or 3D models and list every single part that needs to be cut. For each part, record:

Length (and width if it's a sheet material)
Quantity needed
Job name or part label (e.g., "Left Cabinet Side")

Step 3: Account for Blade Kerf and Allowances

A common mistake beginners make is ignoring the blade kerf. Every time you make a cut, the saw blade destroys a small amount of material equal to its thickness (the kerf). Over multiple cuts, this can add up to several inches of missing material.

Make sure your cut list planning accounts for this. If you are using a free cut list calculator, you can usually just input your blade thickness (e.g., 3mm or 1/8") and it will handle the math automatically.

Step 4: List Available Stock

Before you figure out how to arrange your cuts, you need to know what canvas you are working with. Record your available inventory:

Full sheets (e.g., 2440mm × 1220mm plywood)
Full lengths (e.g., 6m steel tubes)
Usable offcuts from previous jobs (e.g., a 1200mm × 600mm scrap piece)

Prioritize using your offcuts first to keep your workshop lean and reduce clutter.

Step 5: Optimize Your Cut List

Now for the hardest part: fitting your required pieces into your available stock. Doing this manually on graph paper is incredibly time-consuming and almost always results in higher material waste.

Using a cut list software like CutWize is highly recommended. Here is an example for a simple cabinet project:

Stock: 2x Plywood Sheets (2440 × 1220)

Parts:

Side panels: 800 × 600 (Qty 2)
Shelves: 600 × 400 (Qty 4)
Back panel: 800 × 700 (Qty 1)

A sheet cutting optimizer will instantly test thousands of combinations and output a visual diagram showing exactly where to make each cut for maximum yield.

Step 6: Execute and Track

With your optimized plan in hand, head to the workshop. Print out your layout diagrams or view them on a tablet. As you process the material through your table saw, CNC, or chop saw, check off each completed cut.

If you generate large offcuts, label them with their dimensions and log them back into your stock inventory for the next job. Need help with cabinets specifically? Check out our cabinet cut list tutorials.

Frequently Asked Questions

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