Free Online Panel Cut Optimizer

Get Free 2D (Panel) Cutting Optimization Anywhere on Any Computer, Tablet or Smartphone!

Free online panel cut optimizer allows you to create, store and modify 2D cutting projects from any computer or tablet connected to Internet. You don’t need to install anything on your computer, and you can use any operating systems or web browser to access and run the cutting optimization.

The online panel cut optimizer is web-application that runs on a dedicated server and provides high-performance calculation powered by Optimalon’s cutting optimization library CutGLib.

Optimization uses the guillotine cutting method when all cuts are done from one side of a panel completely to another side. Some cutting machines require simple cutting operation with only one sheet rotation; other machines are more sophisticated and can cut complex layouts. Online cut optimizer takes these restrictions in account during the optimization. There are five levels of the cutting complexity: 2 (XY), 3 (Two-Stage XY), 4 (XYZ), 5 (XYZW) and 6 (Standard).

All your cutting projects stored internally on the server’s database, so you can access them from anywhere in the world where you have an Internet connection.

Free online panel cut optimizer generates the graphical images of the cutting layouts that you can save to your local computer. You can zoom-in and zoom-out to get a more beneficial view.

Premium users have abilities to import, export panels and parts to Excel spreadsheets; generate the detailed report in Excel format and export graphical layouts as AutoCAD DXF file.

Each cutting project consists of three parts:

  1. Cutting optimization settings, such as units, type of cuts, trim sizes, saw blade thickness / kerf, etc.
  2. List of cutting panels defined by width, length and their count.
  3. List of rectangular parts that you need to cut from the panels. Each part defined by width, length, count of parts.

Run Free Online Panel Cut Optimizer Now!

Please read Frequently Asked Questions (FAQ) to get more information.