PanelSaver 9000

Adams Technologies

About this app

Take the guesswork out of your cutting projects with PanelSaver 9000, the essential tool for woodworkers, fabricators, and DIY enthusiasts. Stop wasting expensive materials and complex spreadsheets. PanelSaver 9000 offers a streamlined and intelligent approach to planning your cuts, helping you get the most out of every single panel sheet.

Whether you're a professional in a busy workshop or a hobbyist working out of your garage, PanelSaver 9000 is designed to make your projects more efficient and economical.

Key Features:

Smart Cutting Optimization: Our powerful algorithm arranges your parts on the panel sheets to achieve the most efficient layout, significantly minimizing material waste and saving you money.

Simple Project Input: Easily enter the dimensions of your available panel sheets and create a detailed list of the parts you need to cut, including quantities for each.

Clear Visual Diagrams: Instantly visualize the optimized cutting plan. The app generates easy-to-read diagrams that show you exactly where to make each cut.

Printable Reports for the Workshop: Export and print your cutting diagrams and parts lists to take with you to the shop, ensuring accuracy when you're ready to make the cuts.

Works Offline & 100% Private: PanelSaver 9000's core functionality works entirely offline. All your project data is stored exclusively on your local device, ensuring your work is always private and accessible.

How It Works:
Define Your Stock: Start by entering the dimensions of your source panel sheets.

List Your Parts: Add the dimensions and quantity for each part you need to cut from the sheets.

Calculate & Visualize: With a single tap, PanelSaver 9000 calculates the optimal layout and presents you with a clear, visual cutting diagram.

Download PanelSaver 9000 today and start turning your material sheets into finished parts with maximum efficiency and minimum waste!

What’s new

Added validation to strike out cut items that exceed the sheet size.
Refactored siloed algorithm to run on a separate thread, preventing UI freezes.
Implemented a progress indicator to provide real-time feedback during algorithm execution.