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AI-Powered Waste Sorting

Intelligent Robotics for Waste Management

Advanced robotic systems with AI vision technology for automated plastic waste identification and sorting.

Delivery Time:
3 months
Available In:
Cameroon, Ghana, Kenya +1 more

Service Overview

Inspired by industry leaders like ZenRobotics, our AI-powered waste sorting solution revolutionizes plastic waste management across Africa. Our intelligent robotic systems combine computer vision, machine learning, and precision robotics to automatically identify, sort, and process plastic waste with 95%+ accuracy.

The system uses advanced neural networks trained on African waste stream patterns to recognize different plastic types, colors, and contamination levels. This technology dramatically improves sorting efficiency while reducing manual labor requirements and exposure to potentially hazardous materials.

Our robots can process up to 3,000 pieces per hour, operating 24/7 with minimal supervision. The AI continuously learns and improves its sorting accuracy through machine learning algorithms that adapt to local waste stream variations.

Technical Specifications

Our sorting robots feature 6-axis precision arms with pneumatic grippers, 4K stereo vision systems, and real-time AI processing capabilities. The system integrates seamlessly with existing conveyor infrastructure and can be customized for different facility sizes.

ROI and Efficiency

Facilities using our AI sorting systems typically see 300% improvement in sorting accuracy, 200% increase in throughput, and 70% reduction in labor costs within the first year of operation.

Key Features

AI-powered computer vision
6-axis precision robotic arms
95%+ sorting accuracy
3,000 pieces/hour throughput
Real-time learning algorithms
24/7 automated operation

Benefits

Dramatically improved sorting accuracy
Reduced labor costs and safety risks
Increased processing throughput
Continuous improvement through AI
Integration with existing systems
Remote monitoring and diagnostics

Our Process

1
Step 1

Site assessment and system design

2
Step 2

AI model training on local waste

3
Step 3

Robotic system installation

4
Step 4

Integration testing and calibration

5
Step 5

Staff training and handover

6
Step 6

Ongoing support and optimization

Technical Specifications

Processing Rate 3,000 pieces/hour
Sorting Accuracy 95%+
Power Consumption 15kW
Operating Temperature 10-40°C
Conveyor Speed 0.5-2.0 m/s
Recognition Types 12+ plastic categories

Requirements

  • Minimum facility size 500m²
  • Three-phase power supply
  • Existing conveyor infrastructure
  • Technical staff for operation
  • Internet connectivity for remote monitoring
From FCFA 45,000,000

Complete system installation including hardware, software, training, and 1-year maintenance.

Delivery: 3 months
Pricing Model: Project
Need Support?

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