UltraSORT Spectra leverages optical emission spectrometry (OES) to significantly improve the efficiency and accuracy of sorting processes. With unrivaled precision, this technology offers superior accuracy in identifying materials compared to traditional methods.
Simultaneous multi-material analysis capabilities allow UltraSORT Spectra to evaluate multiple materials concurrently, streamlining processes and optimizing efficiency. This precise sorting method surpasses image-based methods, ensuring accurate material classification and separation.
Despite its powerful capabilities, UltraSORT Spectra maintains a compact size, making it highly practical and adaptable to various environments. Its seamless integration into diverse settings minimizes spatial requirements while maximizing operational efficiency.
UltraSORT SPECTRA | |
Technology | Optical Emission Spectrometry |
Working Length | 1380 mm |
Equipment Power | 6 kW |
Equipment Weight | 1320 kg |
Sorting Accuracy | ≥ 99.2% |
Sorting Capacity | 2 tons |
Operating Voltage | Accommodate the local electricity requirement |
Our product, UltraSORT, revolutionizes waste sorting through AI-driven technology. It employs advanced AI image recognition algorithms to efficiently sort waste, enhancing operational efficiency by streamlining the sorting process. Unlike traditional sorting methods, UltraSORT offers tailored sorting criteria, allowing for precise categorization of materials based on specific requirements.
With its advanced image recognition capabilities, UltraSORT accurately identifies and sorts materials, ensuring high levels of sorting accuracy. The system is data-driven, continuously optimizing its performance based on real-time data analysis, further improving efficiency and accuracy over time.
Despite its powerful capabilities, UltraSORT boasts a compact design that makes it highly practical for various environments. Its small footprint allows it to seamlessly integrate into different settings while minimizing spatial requirements, making it an ideal solution for waste management across diverse industries and applications.
UltraSORT | |
Technology | AI image recognition |
Working Length | 1380 mm |
Equipment Power | 6 kW |
Equipment Weight | 1090 kg |
Sorting Accuracy | ≥ 99% |
Sorting Capacity | 2 tons |
Operating Voltage | Accommodate the local electricity requirement |
UltraSORT Spectra+ integrates the strengths of both AI image recognition and optical emission spectrometry (OES) to optimize accuracy and efficiency in waste sorting. This cutting-edge technology offers unparalleled versatility, allowing for the sorting of various waste materials with precision and speed.
The synergy between AI-driven efficiency and OES precision ensures enhanced operational performance, resulting in streamlined processes and improved productivity. By combining advanced image recognition algorithms with the analytical capabilities of OES, UltraSORT Spectra+ achieves superior accuracy in material identification.
Its comprehensive material identification and sorting capabilities enable the device to handle a wide range of plastic materials, including PET, PP, HDPE, and more, with high efficiency and precision. This ensures thorough and accurate sorting, contributing to waste management efforts.
Furthermore, the compact size of UltraSORT Spectra+ enhances its practicality, allowing it to seamlessly integrate into diverse environments while minimizing spatial requirements. This makes it an ideal solution for waste sorting applications in various settings, from recycling facilities to industrial plants.
UltraSORT SPECTRA+ | |
Technology | AI image recognition and Optical Emission Spectrometry |
Working Length | 1380 mm |
Equipment Power | 8 kW |
Equipment Weight | 1530 kg |
Sorting Accuracy | ≥ 99.7% |
Sorting Capacity | 2 tons |
Operating Voltage | Accommodate the local electricity requirement |
Note: The specifications provided above are for reference purposes only. For precise details, please refer to the actual equipment.
UltraSORT
- AI-driven waste sorting
- Enhanced operational efficiency
- Tailored sorting criteria
- Advance Image Recognition
- Data-driven optimization
- Compact size
UltraSORT Spectra
- Optical Emission Spectrometry (OES)
- Superior accuracy in material identification
- Simultaneous multi-material analysis
- Precise sorting surpassing Image-based methods
- Compact size
UltraSORT Spectra+
- Unprecedented versatility in waste sorting
- AI-driven efficiency paired with OES precision
- Comprehensive material identification and sorting capabilities
- High-efficiency and Precision in sorting a range of plastic materials
- Compact size
Customization service is available:
1. Model
2. Function
3. Dimensions – W×D×H (mm)
4. Power (W)
5. Validity Capacity (L)
6. Others