Gentle primary placement of fragile baked crackers/cookies into trays and cartons
Across brands like Cheez-It, Club, Town House, Carr's and Pop-Tarts, individual baked pieces leave the oven/cooling line and must be grouped, stacked, and set into shallow trays, slugs, or cartons ahead of secondary packaging. The objects are thin, brittle, low-mass, and dimensionally variable (bake-to-bake size, moisture, and edge integrity differ), so a grasp that is too firm fractures or chips the piece and a grasp that is too loose drops or misaligns the column. This task sits immediately downstream of baking/cooling and upstream of case packing, and at Kellanova's scale it runs continuously at high line speeds across many plants. It is hard for a robot because success depends on modulating grip force to the fragility of each piece and confirming the piece is intact and seated, not just present — a purely vision-guided pick cannot feel a hairline fracture or an over-squeeze. Today this is largely served by specialized vacuum/delta food-handling equipment; AGD's angle is the force-modulated, feel-based handling of fragile, variable product. 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 brands like Cheez-It, Club, Town House, Carr's and Pop-Tarts, individual baked pieces leave the oven/cooling line and must be grouped, stacked, and set into shallow trays, slugs, or cartons ahead of secondary packaging. The objects are thin, brittle, low-mass, and dimensionally variable (bake-to-bake size, moisture, and edge integrity differ), so a grasp that is too firm fractures or chips the piece and a grasp that is too loose drops or misaligns the column. This task sits immediately downstream of baking/cooling and upstream of case packing, and at Kellanova's scale it runs continuously at high line speeds across many plants. It is hard for a robot because success depends on modulating grip force to the fragility of each piece and confirming the piece is intact and seated, not just present — a purely vision-guided pick cannot feel a hairline fracture or an over-squeeze. Today this is largely served by specialized vacuum/delta food-handling equipment; AGD's angle is the force-modulated, feel-based handling of fragile, variable product.
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.