It efficiently cuts rectangular materials such as panels, plywood, boards, sheets, glass, coil materials. However I can imagine this would require a different or modified boxfit algorithm (perhaps a one where an initial length is guesstimated and subsequently adjusted during backtracking passes) since the available length is currently a parameter for finding a solution. Cut optimizer : Cutting Planner, free download. Free and ease of use Try our cutlist optimizer or linear cutting list. The parts would not just be placed side by side like in linear mode but distributed across the width to max stock efficiency. Manufacturers of Custom Cutting Tools, and Distributors of Major Cutting Tool Brands. Instead of giving a width and a length of the stock like in sheet mode, you would give the parts dimensions and a width of the stock, but the stock length would be calculated based on the result of the placement of parts.
(So the goal would be optimizing material efficiency from an "endless" material source ) Well actually, there's only one thing: it would be great if there could be a mix of the linear and sheet mode where parts are still optimally distributed across the width and length in a layout but at the same time the algorithm minimizes the needed length to place them.
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