Why do traditional color sorters always require two passes when sorting wormhole-damaged chickpeas?   During the feeding process, materials inevitably collide and tumble. Traditional color sorters use flat lenses that capture images from only a single angle. As chickpeas tumble, the good side may be photographed while the defective side is missed - and wormhole-damaged beans are mistakenly judged as acceptable and end up mixed in with the finished product. To ensure accuracy, two sorting passes are often required - significantly reducing efficiency. HAWIT's new AI HD Multi-View Sorter features an upgraded design with cross lenses, completely solving this pain point. Cross-Mounted Lenses - Multi-Camera, Multi-Angle Imaging: The new machine replaces the original single set of flat lenses with two sets of cross-mounted lenses, enabling synchronized imaging from multiple cameras and multiple angles. As materials enter the sorting channel, the cross-mounted lenses capture images simultaneously - front, back, and sides. No matter where the wormhole is hidden, it can be accurately detected. One Pass Equals Two - Sorting Efficiency Doubled: Traditional flat-lens machines require two passes to achieve ideal accuracy when sorting chickpeas. The AI HD Multi-View Color Sorter completes the same level of precision in a single pass - multi-angle synchronized imaging combined with millisecond-level AI decision-making doubles sorting efficiency. Higher throughput in less time. Richer Data Acquisition, Faster Model Generation: Cross-mounted lenses capture richer and more complete image data, significantly accelerating AI algorithm labeling and speeding up the generation of new material models.   One pass delivers 360° no-blind-spot inspection. The job that used to take two passes now takes just one.   Flat lenses see one side, cross-mounted lenses see the whole picture. HAWIT AI HD Multi-View Color Sorter - one pass equals two, efficiency doubled.

In the field of sorting, precision and efficiency are the keys to success for enterprises. The HAWIT Deep Learning Color Sorter, with AI technology at its core, redefines sorting standards and injects intelligent power into your production line! Core Advantages of HAWIT Deep Learning Color Sorter: AI Algorithm, Precise Recognition: Leveraging deep learning-based image recognition technology, it accurately captures subtle color and shape differences, effortlessly removing defects with a sorting accuracy of up to 99.9%! High-Speed Sorting, Efficiency Leap: With millisecond-level response speed, sorting efficiency is increased by over 50%, meeting high-volume production demands and helping enterprises reduce costs and improve efficiency. Stable and Durable, Hassle-Free Operation: Modular design ensures easy maintenance and 24/7 stable operation, significantly reducing labor costs. Multi-Scenario Application, Versatile Use: Suitable for sorting various materials such as grains, tea, nuts, and plastics, meeting the needs of different industries. HAWIT Deep Learning Color Sorter empowers enterprises with intelligent technology, enhancing product quality and market competitiveness!

With the rapid development of the plastic recycling industry, color sorters, with their precise and efficient sorting capabilities, have become essential equipment for enhancing recycling efficiency and product quality. They are widely used in color classification, material separation, and impurity removal, playing a key role in the recycling process. Main Sorting Directions of Color Sorters in Plastic Recycling Color Sorting Sort mixed plastics by color (e.g., transparent, white, blue, etc.), remove contaminated particles, and improve the uniformity and market value of recycled plastics. Material Sorting Using near-infrared (NIR) technology, accurately separate different types of plastics such as PET, PP, PE, etc., to meet the requirements for further recycling processes. Impurity Removal Efficiently remove non-plastic impurities such as metals, glass, paper, etc., ensuring the purity of the recycled material. Transparency Sorting For transparent plastics, detect and remove particles with poor transparency or surface contamination, improving the cleanliness of the final product. Pollution Detection Identify and remove plastic particles that are oxidized, discolored, or burnt (e.g., yellowed or blackened particles), ensuring stable quality for recycled materials. Why Choose Our Color Sorters? Advanced Technology Optical and near-infrared sensors for precise sorting. User-Friendly Operation One-touch operation for automatic sorting. Wide Application Meets the diverse needs of plastic recycling across different sectors. Comprehensive Service Technical support and equipment maintenance to ensure stable operation. Color sorters are a core tool in the plastic recycling industry, aiding resource reuse and promoting sustainable development. If you are looking for high-efficiency plastic color sorters or material sorting machines, feel free to contact us and join us in creating a greener future!