Handle and extract meat from fragile, variable-geometry shellfish (lobster, crab, scallop)
Through Clearwater Seafoods — North America's largest shellfish producer, harvesting and processing lobster, snow crab, sea scallops, clams, and coldwater shrimp — Premium Brands runs vertically integrated 'ocean-to-plate' processing facilities. The dexterous tasks include orienting and gripping live or whole shellfish of widely varying size and shape, and extracting intact meat (e.g., lobster tail/claw meat, scallop adductor) without crushing the delicate flesh or embedding shell fragments. Shellfish are rigid-shelled but irregular and slippery on the outside, fragile inside; each piece differs, defeating fixed-geometry grippers. Clearwater already uses a specialized high-pressure system for some lobster-meat extraction, but the grasping, orienting, and meat-handling steps around it remain manual and feel-dependent. These steps are central to a labor-intensive, high-value seafood operation, and a mishandle damages an expensive, irreplaceable premium 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 reconstructionThrough Clearwater Seafoods — North America's largest shellfish producer, harvesting and processing lobster, snow crab, sea scallops, clams, and coldwater shrimp — Premium Brands runs vertically integrated 'ocean-to-plate' processing facilities. The dexterous tasks include orienting and gripping live or whole shellfish of widely varying size and shape, and extracting intact meat (e.g., lobster tail/claw meat, scallop adductor) without crushing the delicate flesh or embedding shell fragments. Shellfish are rigid-shelled but irregular and slippery on the outside, fragile inside; each piece differs, defeating fixed-geometry grippers. Clearwater already uses a specialized high-pressure system for some lobster-meat extraction, but the grasping, orienting, and meat-handling steps around it remain manual and feel-dependent. These steps are central to a labor-intensive, high-value seafood operation, and a mishandle damages an expensive, irreplaceable premium 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.