π¦ Meet https://t.co/mfDUL46dP2 β it devours wood waste.
Feed it your cut list + sheet sizes. It works out the most efficient layout (kerf and grain included) and shows you exactly where to cut.
More usable pieces from every sheet. Less in the offcut bin.
Free while we're in beta
The tightest layout isn't always the one you want.
Pack a sheet perfectly and you'll spend an hour making awkward, half-trapped cuts. πͺ
So Cutzilla's CODA mode optimises for cuttability β clean strips, edge to edge, fewer cuts. The saw-friendly plan. π https://t.co/p2Zmod9zZZ
Cutzilla doesn't just tell you where to cut β it tells you in what order. πͺ
Get a numbered cut sequence and printable labels for every part. Stick 'em on, work through the list, no second-guessing which offcut was which.
Free in beta π¦ https://t.co/p2Zmod9zZZ
Most cut optimisers handle sheets. That's it.
Cutzilla does sheets and lumber, pipe, profiles, extrusions β kerf- and cost-aware on both. Rivals either skip linear cuts or charge you separately for them.
One tool. Every cut.
One engine packs for maximum yield. The other builds edge-to-edge rip cuts so your table saw flies through it β fewer cuts, cleaner job.
You pick what matters for the job.
Every cut optimiser chases the same goal: cram the most parts onto a sheet.
But the tightest layout is often a pain to cut β fiddly, non-through cuts scattered across the panel.
Cutzilla gives you both.
Cutzilla doesn't just nest sheets β it nails 1D too. π¦
Timber, mouldings, bars, pipes... drop in your cut list, get the tightest pattern back. Kerf included. Cuts laid out in order, ready for the saw. πͺ
https://t.co/p2Zmod9zZZ
Same 22 parts, same job. πͺ
In a rush, you grab the biggest pieces, lay them in, take the first plan that works β and you've opened a third sheet without realising a tighter one existed.
Cutzilla Pro nests it onto two in about four seconds. Kerf and all. πhttps://t.co/p2Zmod9zZZ
Building Cutzilla Pro in public π¦
Every woodworker I know eyeballs their cuts and bins a small fortune in offcuts.
So I built a tool that runs two cutting algorithms, compares them, and picks whichever wastes the least.
It's live. Still rough round the edges. Come break it π