Denver-based AMP Robotics just launched a dual-robot recycling system that it says will substantially increase productivity in municipal solid waste, electronic waste and construction and demolition (C&D) debris recycling applications.
According to the company, the artificial intelligence (AI)-guided AMP Cortex system sorts, picks and places material at a rate of 160 pieces per minute.
AMP says the system is able to identify and pick a wide range of material types, including mixed solid waste, multiple types of plastics and paper, cartons, electronic waste, aluminum, brass, wire, copper, stainless steel, batteries, motors and capacitors.
Matanya Horowitz, CEO of AMP Robotics, calls the Cortex launch "another key technology milestone for us as we continue to advance the application of artificial intelligence and robotics for the industry."
"We think there are tremendous opportunities to bring automation to the recycling industry for problems that have been difficult, like the sorting of materials that are smashed, folded or commingled," says Horowitz, who is also Waste360’s first-ever Innovator Award recipient. "What we try to do is develop systems that can fit into existing recycling facilities without a lot of retrofit, to help automate different parts of the sorting process."
"This latest innovation further improves the economics of recycling by helping waste management companies meet increased quality standards, reduce operational costs and achieve their productivity goals," adds Horowitz.
The Cortex dual-robot system expands on AMP's existing line of high-speed recycling robotics products guided by its AMP Neuron artificial intelligence platform. The company says the Neuron platform, which combines computer vision and machine learning to recognize material characteristics such as color and texture, functions as the brain and the eyes of the system, while the Cortex three-armed robot acts as the system's hands.
The Cortex system is mounted on a steel frame that sits above the recycling conveyor belt, enabling the robotic arms to "drop in" on the recycling line to pick items from it. The modular design is engineered to fit the sorting station and adjust to its space constraints. The system can be installed in about 48 hours, according to AMP.