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A robot that can do what a manual sorter does – identify an item and decide whether and how to pick it – but without fatigue, at consistent speed, and around the clock, changes what's economically possible in a sorting plant.
ECOPICK was built to take on a task that has traditionally depended on manual labour – identifying and picking specific items from a mixed waste stream – and do it with the consistency and endurance that automation provides.
The "more" comes from throughput – a robot doesn't slow down over a shift the way a person does. The "better" comes from consistency – the same item gets classified the same way every time, which improves the purity of the recovered material.
Neither AI nor robotics alone would achieve this – vision and AI provide the perception and decision-making, while the robotic arm provides the physical action. It's the combination that lets ECOPICK replace a task that previously required a person's eyes, judgment and hands together.
Plants running ECOPICK see improvements in recovery rates, consistency of sorted output, and working conditions – removing people from repetitive sorting tasks that are often physically demanding and sometimes involve exposure to hazardous materials.
Higher recovery purity, continuous operation without breaks, and detailed data on what's passing through the line are among the most consistently reported benefits across ECOPICK installations.
Beyond the immediate sorting improvements, plants also gain flexibility – ECOPICK can be retrained to recognise new materials as the composition of incoming waste changes over time, something that's much harder to do with fixed mechanical sorting equipment.
ECOPICK has been adopted across a range of recycling operations, from general waste sorting plants to facilities handling specific material streams – a track record that reflects how the same underlying technology adapts to different sorting needs.
Get in touch with our team to discover how PICVISA's optical sorting and robotics solutions can fit your recycling operation.