Scheduling for additive manufacturing with two-dimensional packing and incompatible items

Benedikt Zipfel, M’Hallah, Rym and Udo Buscher

Omega, 2024, vol. 129, issue C

Abstract: Additive manufacturing technology can enable low-cost, efficient production of low-demand, highly-complex customized items with reduced lead time if production is judiciously planned. This paper addresses the assignment of requested items into batches and the scheduling of the batches onto 3D printers. The objective is to minimize the manufacturing makespan while satisfying items’ compatibility, two-dimensional no-overlap and containment packing constraints within a batch, and machine’s capability to manufacture a batch. The problem is modeled as a mixed integer linear program (MIP) that solves instances up to 100 items. For hard and large instances, this paper proposes a matheuristic that fathoms packings using a step-wise check procedure. Computational results reveal that the proposed heuristic improves the makespan of MIP solutions of hard instances by 12% on average, with improvements reaching up to 72% for instances with 150 items. They further show that the proposed heuristic finds the best makespan for 88% of all cases. Finally, we provide useful managerial insights for production flexibility and scheduling policies.

Keywords: Scheduling; Additive manufacturing; Parallel machines; Batch scheduling; Bin packing; Makespan (search for similar items in EconPapers)
Date: 2024
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DOI: 10.1016/j.omega.2024.103139

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