Collaborative robotics, machine vision, and NIR spectrography for recycling and advanced material recovery plants.
ICR-ECO develops robotic systems to automate sorting and material recovery processes in real industrial environments.
The technology combines collaborative robotics, artificial intelligence, optical sensors, and advanced detection systems to optimize operational efficiency and improve the recovery of valuable materials.
Modular design
Collaborative robots and real-time intelligent sorting.
ICR-ECO processes heterogeneous waste streams through modular configurations adaptable to each facility, integrating:
Up to 12 collaborative industrial robots
NIR Spectrography
Machine Vision
3D Laser Sensors
Smart Sorting Hoppers
Vibratory Distribution Systems
Ferromagnetic Separation
Advanced industrial vacuum capture
ICR-ECO incorporates high-power suction systems combined with laser proximity sensors for the precise recovery of bulky or heavy items.
The technology is designed to operate in complex environments with humidity, dust, and variable waste streams.
Material recognition
ICR-ECO enables the identification of multiple materials and compounds to optimize waste sorting and recovery processes.
ICR-ECO enables processing different waste and material streams from sorting, recycling, and recovery processes, recognizing:
Cellulosic material variants
Plastics and polymers
Textiles
Lightweight packaging
Residual waste
Selectively collected waste
Commingled waste streams
Technology validated in real industrial environments
System developed to operate under real industrial conditions in waste sorting and recovery processes.
(*) Cellulosic material classification technique (corrugated cardboard)
Get in touch for further details
info@icr-eco.com
Leading technology for efficient waste management.
Desarrolladores del proyecto
ICR-ECO is a solution jointly developed by Ecocidi Recursos and IJR Robotica to automate waste sorting processes using artificial intelligence and industrial robotics.
