Performance that is measured, results that are optimized.
ICR-ECO combines collaborative robotics, computer vision, and NIR spectrography with a proprietary measurement methodology to understand, optimize, and maximize material recovery in every plant.
THE PERFORMANCE
The success of an installation is not measured by the captures made by each robot, but by
the percentage of target material
that the plant manages to recover. ICR-ECO sizes each solution to achieve this goal with
the optimum number of robots.
OUR APPROACH
Three key metrics for understanding and enhancing performance
ICR-ECO continuously monitors the installation's operation and converts data into actionable insights for decision-making and process improvement.
Our three
KPIs
allow for the evaluation of actual performance and the detection of improvement opportunities in real time.
1. Target Detection
Measures the system's capacity to accurately identify the target materials present on the conveyor belt.
2. Effective Capture
Quantifies the percentage of identified materials successfully recovered by the automated robotic system.
3. Plant Utilization
Monitors real-time robot operation and idle times, reflecting the degree of target material availability.
TAILORED ENGINEERING FOR EVERY PLANT
By analyzing flow, materials, and recovery goals, we scale the facility with the exact number of robots required to maximize your recovery percentage.
1. Optimal dimensioning
of robot quantity.
2. Preliminary study
of flow and materials.
3. Maximum recovery
of the target material.
4. Continuous improvement
based on actual data.
