Free Cutlist Optimizer & Woodworking Calculator

Build cleaner cut plans in minutes. Whether you are building custom furniture or using our speaker box calculator to design audio enclosures, optimize your plywood, MDF, and panel layouts to reduce waste and get a practical workshop workflow.

Launch Free Optimizer
Technical drawing of a cutlist optimizer packing panels onto an MDF sheet

Why Use This Tool?

  • Fast strip-aware optimization for workshop use
  • Metric and imperial length support
  • PDF export for printing on the shop floor

Powerful Features for Woodworkers & DIY Audio

Technical diagram showing a highly optimized layout of panels on a sheet of plywood

Minimize Wasted Area

Plywood, MDF, and other sheet goods are expensive. Our cut list generator uses an advanced bin-packing algorithm to pack your panels as efficiently as possible on standard sheet sizes, drastically reducing offcuts and saving you money on material costs.

Illustration of a table saw making a continuous rip cut through a wood panel

Smart Table Saw Workflow

Unlike basic calculators that just draw overlapping boxes, our tool generates a practical workshop workflow. It groups your cuts into continuous 'Rip cuts' (lengthwise) and 'Cross cuts', so you don't have to constantly adjust your table saw fence.

Technical drawing measuring the required edge trim on a rough wood panel

Saw Kerf & Edge Trim Support

Woodworking requires precision. Easily tune the saw kerf (the thickness of your blade) and minimum edge trim to ensure your subwoofer enclosure design or furniture panels are cut to the exact millimeter, compensating for the material lost to the saw dust.

How to generate your cut sheet

Get your plywood cutting diagram in three simple steps. No account required.

Add your panels

Input the length, width, and quantity of the pieces you need. If you used our speaker box design software, you can click one button to send your exact 3D panel dimensions directly into this tool.

Define your stock sheets

Choose from standard metric and imperial panel sizes (like 4x8 ft plywood or 2440x1220 mm MDF) or enter the dimensions of the scrap wood you have laying around the workshop.

Optimize and Export

Click calculate to let our bin-packing algorithm find the best layout. Review your table saw workflow and export a clean PDF to take to the shop floor.

Perfect for any woodworking project

🔊 DIY Audio Speaker & Sub enclosures
🪑 Cabinet Making Kitchens & built-ins
🛏️ Furniture Bookshelves & tables
🛠️ Shop Projects Workbenches & jigs

Frequently Asked Questions

Cutaway diagram explaining saw blade kerf thickness and material lost as sawdust

Saw kerf refers to the thickness of your table saw or circular saw blade, which dictates how much material is turned into sawdust during a cut. A standard full-kerf blade is typically 1/8 inch (about 3.175 mm) thick, while thin-kerf blades are around 3/32 inch.

If a cutlist optimizer does not account for saw kerf, making multiple cuts on a single sheet of plywood will result in cumulative errors, making your final panels too small. Our calculator automatically factors in the exact kerf width you specify to guarantee perfect dimensions.

Absolutely! This tool was built specifically with DIY audio enthusiasts and cabinet makers in mind. Whether you are building a ported subwoofer from 3/4" MDF or a bookshelf speaker from birch plywood, you can seamlessly send your panel dimensions directly from our free subwoofer box calculator into this Cutlist Optimizer.

Yes. We know the woodworking community is global. You can instantly toggle the global length unit between Millimeters (mm), Centimeters (cm), Meters (m), and Decimal Inches (in). The system calculates the sheet layout with absolute precision in the background, regardless of your chosen display unit. We also include standard US oversized MDF sheet sizes (like 49x97 inches) and standard European sizes (like 2440x1220 mm).

Yes, the SpeakerDesign.dev Cutlist Optimizer is 100% free to use. There are no part limits, no premium paywalls, and no account registrations required. Just enter your parts, optimize your layout, and export your cutting diagram to PDF for the shop floor.