Sawdust Journey Cutlist Optimizer

Why use a Cutlist Optimizer?

Whether you are building cabinets, furniture, or just organizing your shop, efficient material use is key. Sawdust Journey's free cutlist optimizer uses advanced guillotine packing algorithms to minimize waste (offcuts) and generate clear, easy-to-follow cutting diagrams.

Features

• Guillotine Logic: Designed for table saws and track saws where cuts go from edge to edge.
• Kerf Compensation: Account for your blade thickness to ensure precise dimensions.
• Grain Direction: Control which way the wood grain flows on your parts to ensure visual consistency.

How to Use the Free Cutlist Optimizer

Getting accurate cutting diagrams for your woodworking projects is simple with our tool:

1. Enter Stock Dimensions: Input the size of your plywood sheets or lumber boards (e.g., 4x8 plywood is 48" x 96").
2. Add Your Parts: List the dimensions and quantity of every piece you need to cut (cabinet sides, shelves, drawers).
3. Set Constraints: Adjust the Blade Kerf (thickness of your saw blade) and toggle Grain Direction if you need the grain to run a specific way.
4. Calculate: Hit the optimize button to generate your visual cutting diagram instantly.

Frequently Asked Questions

Is this cut list calculator really free?

Yes. The Sawdust Journey Cutlist Optimizer is 100% free to use. There are no limits on the number of calculations you can run.

What is "Kerf" and why does it matter?

Kerf refers to the material removed by the saw blade during a cut. Most standard table saw blades are 1/8". Our optimizer accounts for this lost material to ensure your parts are cut to the exact size you specified.

Can I control grain direction?

Absolutely. For plywood projects like kitchen cabinets or furniture, grain direction is critical for aesthetics. Use the "Grain" toggle on your parts to force the optimizer to align them with the long axis of the stock.

Does this work for sheet goods and lumber?

Yes. While primarily designed for sheet goods (plywood, MDF, particle board), it works perfectly for optimizing linear cuts on dimensional lumber as well.