Assemble pumps, caps and applicators onto beauty/personal-care containers
On personal-care and prestige-beauty fill-finish lines (shampoo, lotion, serum, foundation, fragrance), discrete dispensing components — screw pumps, lotion pumps, trigger sprayers, dropper assemblies, mascara/applicator wands, flip-top and disc caps — must be presented, oriented and seated onto a filled container. The task involves picking a small, often glossy or irregular component, aligning it to the bottle neck or thread, and driving it home to a precise seated/torqued state without cross-threading, chipping glass, or crushing the closure. Components are lightweight but variable in geometry across SKUs, and prestige units (Hourglass, Tatcha) carry high per-unit value where cosmetic damage is scrap. This sits downstream of fill and upstream of labeling/collation; today it relies on dedicated cappers and vibratory feeders with manual rework. It is hard for a robot because success is defined by felt engagement (thread pickup, snap, seating) rather than position alone, and because mixed SKUs demand fast changeover. 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 reconstructionOn personal-care and prestige-beauty fill-finish lines (shampoo, lotion, serum, foundation, fragrance), discrete dispensing components — screw pumps, lotion pumps, trigger sprayers, dropper assemblies, mascara/applicator wands, flip-top and disc caps — must be presented, oriented and seated onto a filled container. The task involves picking a small, often glossy or irregular component, aligning it to the bottle neck or thread, and driving it home to a precise seated/torqued state without cross-threading, chipping glass, or crushing the closure. Components are lightweight but variable in geometry across SKUs, and prestige units (Hourglass, Tatcha) carry high per-unit value where cosmetic damage is scrap. This sits downstream of fill and upstream of labeling/collation; today it relies on dedicated cappers and vibratory feeders with manual rework. It is hard for a robot because success is defined by felt engagement (thread pickup, snap, seating) rather than position alone, and because mixed SKUs demand fast changeover.
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.