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When a workforce can't safely gather on a sorting line, the work doesn't stop being necessary – it just becomes a question of what can keep running when people can't.
The COVID-19 crisis put unusual pressure on recycling plants – manual sorting lines depend on people working in close proximity, which became a health risk just as waste volumes were shifting and staff availability was dropping.
A robot like ECOPICK doesn't need to maintain distance from coworkers, doesn't get sick, and can keep a sorting line running even when human staffing is reduced – turning what would otherwise be a forced slowdown into continued operation.
Beyond the immediate crisis response, AI's role in a plant is about resilience more broadly – a sorting process that depends less on a specific number of people present on a given day is less vulnerable to any disruption, not just a pandemic.
ECOPICK was designed to replicate the judgment a manual picker applies – identifying an item and deciding how to sort it – which is exactly what made it able to step into the gap left when manual pickers couldn't be on the line.
Continuity of operation during disruptions, consistent sorting quality regardless of staffing levels, and reduced exposure of workers to the health risks of sorting unsorted waste streams are among the benefits that became especially visible during the crisis.
Get in touch with our team to discover how PICVISA's optical sorting and robotics solutions can fit your recycling operation.