Cutlist
A cutlist is a parts list for materials that must be cut from stock, recording required part dimensions, quantities, material type, and edge treatment or notes. In manufacturing and inventory systems, it bridges design demand and physical stock consumption, telling the shop floor what to cut, from which available lengths or sheets, and how to arrange cuts to minimize waste and account for kerf.
On a shop floor, the cutlist acts as the production-control artifact that turns engineering demand into a concrete material pull. When a work order is released, inventory is checked against available-to-cut stock—not just nominal balances—and materials are reserved or staged for the saw, shear, or tube cutter. The cutlist directs operators to cut parts in a specific sequence, accounts for blade kerf and trim allowances, and identifies which stock length or sheet will be consumed. In inventory systems, the cutlist triggers stock depletion, scrap reporting, and remnant disposition. After cuts are completed, reusable offcuts are dimensionally tracked and returned to available inventory, so future orders can consume remnants rather than full-length stock. This closed loop reduces waste, prevents stockouts, and improves yield. The cutlist also feeds cost estimation and production reporting, making it a central control document for both planning and execution rather than a simple note.
What is the difference between a cutlist and a nesting plan?
A cutlist is the ordered part requirement list, specifying dimensions, quantities, and material. A nesting plan is the optimized physical layout showing where each part is cut from each stock item. The cutlist defines what is needed; the nesting plan defines how to cut it with minimal waste.
What data is essential for accurate cutlist execution in inventory systems?
Available stock lengths or sheet sizes, cut width/kerf, part dimensions and quantities, and remnant tracking are the minimum inputs. Available-to-cut stock must reflect reservations, damage, and untracked remnants, not just nominal quantities.
Does a cutlist apply only to woodworking?
No. Cutlists apply to sheet metal, glass, fabric, plastic, pipe, tube, bar, beam, and other rectangular or linear stock materials. For linear stock, one-dimensional cut sequencing is used; for sheet goods, 2D nesting maximizes yield.