"Mistral+ CONNECT" High-Performance Optical Sorting Machine [Video Available]

basic information

How to Use Mistral+ CONNECT Usage Steps 1️⃣ Input: Feed waste or recyclable materials into the optical sorting machine 2️⃣ Sensor Detection: Identify the type and color of materials using NIR/VIS sensors 3️⃣ Classification: Automatically sort and separate according to set criteria 4️⃣ Discharge: Discharged sorted materials into designated collection areas Main Features High-Precision Sensors: Material identification using near-infrared (NIR) and visible light (VIS) Smart Data Management: Real-time data collection and analysis Automatic Maintenance: Equipped with self-cleaning functionality Key Characteristics: ✅ High-Precision Detection Technology – Achieves accurate identification of all materials with focused light and optimized wavelengths ✅ Smart Data Management – Full package support with collection, visualization, and alert functions ✅ Maintenance Efficiency – Reduces maintenance time by 50% with self-cleaning nozzle bar and integrated air processing system ✅ Evolving Platform – Capable of integrating existing and future sensor technologies for expanded applications ✅ Enhanced Safety – Platform design and cybersecurity certification that protect operator safety

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Applications/Examples of results

Main Uses of Mistral+ CONNECT 1. Resource Recycling Facilities Conducts high-precision sorting of plastics, paper, cardboard, and wood to improve recycling rates. 2. Environmental Industry (Waste Management) Reduces waste through efficient sorting and realizes a sustainable recycling process. 3. Manufacturing Industry (Quality Control and Productivity Improvement) Enhances sorting accuracy of materials and stabilizes the quality of recycled resources, thereby improving manufacturing efficiency. Mistral+ CONNECT is an optical sorting machine that supports waste reduction and effective resource utilization, thereby reducing environmental impact.

Detailed information

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  Case Studies 1. Resource Recycling Facility (Sorting of Plastics, Paper, and Wood) Purpose of Implementation: - Automate the sorting of plastics, paper/cardboard, and wood to improve recycling rates - Reduce costs through efficient material collection Effects of Implementation: ✅ Improved sorting accuracy by accurately identifying different materials using NIR/VIS sensors ✅ Reduced labor and shortened work time through automation ✅ Increased selling prices by securing high-quality recycled materials 2. Textile Recycling (Sorting of Clothing and Fabrics) Purpose of Implementation: - Classify used clothing and textiles by material to maximize recyclable resources Effects of Implementation: ✅ High-precision sorting of cotton, polyester, and polycotton blends ✅ Enables classification by color, making it easier to utilize for specific applications (such as recycled fiber production) ✅ Contributes to waste reduction and environmental impact mitigation 3. Waste Treatment Facility (Sorting of Mixed Waste) Purpose of Implementation: - Reduce waste sent to landfills and recover recyclable resources Effects of Implementation: ✅ Automatic sorting of recyclable materials from mixed waste ✅ Real-time monitoring and data analysis possible with CNS (Central Control System) ✅ Improved sorting efficiency and reduced waste management costs