AI Powered Optical Sorter
High-speed deep learning-driven jet sorting designed for continuous high-throughput waste management lines.
NEURO
Sort.AI
What Is Neurosort.Ai ?
Neurosort.ai is a state-of-the-art AI-driven optical sorter engineered for high-performance waste management systems. As a high-speed jet sorting system, it precisely separates diverse waste streams using advanced machine learning and computer vision—a superior alternative to traditional optical sorting.
The system features an asynchronous pneumatic nozzle system to remove items with millisecond accuracy, optimizing industrial processes like municipal solid waste (MSW) recovery. With its adaptive intelligence, Neurosort.ai increases throughput and reduces manual effort, making it essential for modern recovery operations and sustainable waste management.
Applicable Materials
Neurosort.ai is designed to handle diverse and challenging streams, from household recyclables to heavy-duty construction and demolition waste, ensuring maximum recovery in every scenario.
Plastic
PET, HDPE, PP, LDPE, PVC - All major plastic types for recycling streams
Non-Ferrous Metals
Aluminum, Copper, Brass - High-value metal separation from waste streams
Carton & Paper
Cardboard, mixed paper, beverage cartons for paper recycling facilities
E-Waste
Circuit boards, components, electronic assemblies for resource recovery
Organic Waste
Food waste, compostable materials for composting and biogas facilities
Glass
Clear, colored, and mixed glass for cullet production and recycling
Key Benefits
High-Speed Separation
Utilizing an advanced asynchronous valve unit, the system achieves superior sorting technology separation speeds, ensuring continuous flow even in high-volume waste materials processing.
AI-Powered Detection
Revolutionizes the waste management process with real-time material identification. Our deep learning algorithms excel at separating waste with human-like precision, far beyond standard optical capabilities.
User-Friendly Interface
An intuitive control panel designed for modern recycling operations, allowing operators to monitor performance and adjust settings effortlessly.
Precise Targeting
Engineered to recover valuable materials from complex streams. It quickly identifies targets for refuse derived fuel (RDF) production or demolition waste sorting with exceptional accuracy.
Flexible Integration
Seamlessly integrates into existing infrastructure, optimizing workflows for waste collection centers and sorting plants without requiring major facility overhauls.
Reduced Maintenance
The robust pneumatic system design minimizes wear, ensuring long-term reliability for the waste management industry while lowering operational costs.
Engineering Approach & Installation Process
Engineering Approach
Facility Assessment
Comprehensive evaluation of existing infrastructure and solid waste material flow patterns. We analyze your waste management systems to determine the optimal integration requirements for seamless performance.
Custom Configuration
System parameters are tailored to specific waste materials, throughput targets, and precision requirements. Our sensor based sorting technology is calibrated to meet the unique demands of your recovery operations.
AI Model Training
Utilizing advanced machine learning, we train facility-specific models on actual material samples. This ensures that the intelligent waste separation process achieves maximum recognition accuracy for diverse mixed waste streams.
Performance Validation
Rigorous testing protocols verify speed and reliability. We ensure the automated sorting system maintains high purity levels, contributing directly to your circular economy goals.
Installation Process
Site Preparation
Verification of foundation layout, electrical infrastructure, and compressed air systems. We ensure the site is ready for high-capacity sorting operations.
Mechanical Assembly
Expert mounting of the asynchronous pneumatic nozzle system, conveyor integration, and structural installation. This stage focuses on the robust physical setup of your sorting technology.
System Integration
Precision vision system calibration and software deployment. We connect the smart identification units to the central control for real-time waste sorting management.
Commissioning & Training
Operational testing and staff training for full deployment. We handover a complete solution designed to recover valuable materials and optimize your recycling operations.
Environmental & Social Impact
Every ton of material processed by Neurosort.ai strengthens the global waste recycling ecosystem by reducing the need for virgin raw materials.
Plastic Recycling Impact
Energy Savings
Equivalent to a household's 6-month electricity consumption
CO₂ Emission Prevention
Equivalent to a car driving approximately 8,000 km
Production Efficiency
Compared to virgin plastic production from crude oil
Paper Recycling Impact
Water Savings
Equivalent to one person's 7-month water consumption
CO₂ Emission Prevention
Equivalent to a car driving approximately 5,000 km
Energy Efficiency
Compared to virgin paper production
Technical Specifications
Detection & Identification Unit
- ◆Our real-time material recognition system leverages advanced sorting technology separation to enable the accurate recovery of common polymer types—including PET, HDPE, and PP—from complex solid waste streams.
- ◆The high-resolution vision system functions as a superior sensor based sorting technology, identifying subtle color variations (clear, blue, green) and isolating contaminated plastics to ensure maximum purity in recycling operations
AI & Deep Learning
- ◆Powered by artificial intelligence, the system automatically distinguishes target materials, specific components, and contaminants within complex mixed waste streams, significantly optimizing the overall sorting process.
- ◆Our advanced deep learning algorithms continuously improve classification performance through adaptive models, ensuring intelligent waste separation that evolves based on real-time facility data.
- ◆The system maintains superior precision even under difficult conditions—such as processing deformed, dark, or reflective materials—ensuring high-purity results for both recyclable materials and the removal of non-recyclable waste.
High-Performance Belt Sorting
- ◆Engineered for high-capacity waste management systems, our modular belt delivers a robust 1.5–3 tons/hour capacity, ensuring consistent flow in demanding automated sorting environments.
- ◆Equipped with 48 high-speed nozzles featuring ≤1 microsecond response and ±2mm ejection accuracy.
- ◆With modular belt widths ranging from 1200mm to 2800mm (1200/2000/2800), the system offers unparalleled flexibility to adapt to various industrial processes and large-scale recycling operations and waste sorting process.
Specifications
| Model | Belt Width (mm) | Air Nozzle | Throughput (t/h) | Air Pressure (mpa) | Air Consumption (m³/min) | Power (kw) | Unpacked Weight (kg) | Dimension (mm) |
|---|---|---|---|---|---|---|---|---|
| NS AI1 | 1200 | 48 | 1.5~3.0 | 0.6~0.8 | <3.5 | 7 | 2000 | 6600×2000×2000 |
| NS AI2 | 2000 | 100 | 3.0~4.0 | 0.6~0.8 | <6.5 | 12 | 3000 | 6600×3200×2900 |
| NS AI3 | 2800 | 150 | 3.0~6.0 | 0.6~0.8 | <9.0 | 16 | 5000 | 6600×4000×2900 |
Discuss Your Operation
Connect with our engineering team to explore how Neurosort.Ai can be configured for your facility's specific requirements.