De-nesting and placing brittle biscuits/crackers into tray cavities or stacks
Across Mondelēz's biscuit and cracker lines (Oreo, Ritz, LU, Tate's), baked pieces must be lifted from a conveyor or oven discharge and arranged into slug stacks, tray cavities or flow-wrap in-feeds without breakage. Biscuits are brittle and friable — edges chip, sandwich cookies shear at the cream layer, and crackers fracture under point loads — and dimensions vary slightly with bake. The task feeds downstream wrapping/cartoning and is central to the categories that make up roughly half of company revenue; Mondelēz is in a multiyear program to modernize and in-house more US biscuit production and mixed-pack (cookie/cracker) packaging. The robotic difficulty is high-rate gentle picking and precise nesting/stacking of fragile, slightly variable objects where a force-blind grasp crushes product and a misaligned placement jams the stack or wrap, all while handling crumbs and surface fragility in a hygienic environment. We identified this through our own research; we have not confirmed the specifics with the customer directly. This page is our researched read — a starting point for that conversation.
What the task is
RESEARCHED · our reconstructionAcross Mondelēz's biscuit and cracker lines (Oreo, Ritz, LU, Tate's), baked pieces must be lifted from a conveyor or oven discharge and arranged into slug stacks, tray cavities or flow-wrap in-feeds without breakage. Biscuits are brittle and friable — edges chip, sandwich cookies shear at the cream layer, and crackers fracture under point loads — and dimensions vary slightly with bake. The task feeds downstream wrapping/cartoning and is central to the categories that make up roughly half of company revenue; Mondelēz is in a multiyear program to modernize and in-house more US biscuit production and mixed-pack (cookie/cracker) packaging. The robotic difficulty is high-rate gentle picking and precise nesting/stacking of fragile, slightly variable objects where a force-blind grasp crushes product and a misaligned placement jams the stack or wrap, all while handling crumbs and surface fragility in a hygienic environment.
Is this the actual task and sequence? What are the real tolerances, cycle rate, and reject criteria, and which steps are today's manual bottleneck? Answering these is what turns this from a researched signal into a validated use case.