A digital tool assists in determining optimal dimensions and quantities of material for a fabrication project involving flat, rectangular pieces. For example, it might help a woodworker calculate how many boards of a specific size are needed to create a set of cutting boards with minimal waste. This type of tool often incorporates parameters like desired finished dimensions, material thickness, kerf width (material lost during cutting), and available stock sizes.
This type of resource offers significant advantages in terms of material efficiency and cost savings. By precisely calculating requirements beforehand, users can minimize waste, purchase only the necessary materials, and potentially reduce project expenses. Historically, such calculations were performed manually, often leading to inaccuracies and excess material consumption. Digital tools streamline this process, providing accurate results quickly and facilitating more efficient project planning.