AMD SORTING XRT Intelligent Ore Sorting: From "Grind First, Sort Later" to "Sort First, Grind Later" Global mining is at a turning point. Easily processed resources are depleting, mining and processing thresholds are rising, and high-grade ore is becoming scarcer. Mines are increasingly turning to low-grade, complex, and difficult-to-process ore. At the same time, tighter environmental regulations and rising labor costs are putting continuous pressure on the traditional "crush–grind–separate" route. The problem often starts at the beginning: whole ore goes straight into the mill. A large amount of waste rock takes up capacity, consumes energy, dilutes grade, and drives up reagent, water, power, and labor costs. Removing waste rock before milling—pre-concentration—has therefore become a key lever for cost reduction and efficiency improvement. It reduces unnecessary grinding, lowers energy and reagent consumption, and allows milling and separation capacity to focus on valuable ore. It also makes it possible to economically process low-grade resources that were previously difficult to justify. For many mines, this is the first switch from "the more we process, the more we lose" to "fine-tuned profitability." The Technical Answer: XRT Transparency, No Water, No Media AMD SORTING has independently developed the XRT intelligent ore sorter, covering four core systems—feeding, distribution, identification, and execution—along with auxiliary systems for air supply, dust removal, power distribution, and control. The principle is based on X-ray transmission imaging. Different minerals absorb and attenuate X-rays differently, generating identification signals. AI algorithms make millisecond-level decisions, and high-pressure air jets precisely separate ore from waste rock. The entire process requires no water and no heavy media, enabling dry pre-concentration. This reduces sorting costs while improving both efficiency and precision. For different mineral characteristics, the equipment can build intelligent models and use big-data analysis to digitally identify and classify ore and gangue. The intelligent execution system then discharges the gangue. The Value: Remove Waste Early, Profit with Precision As mineral resources become increasingly depleted and green mining and intelligent upgrading become industry-wide trends, XRT intelligent pre-concentration is moving from an "optional" front-end step to a "must-have" for cost reduction and efficiency improvement. AMD SORTING XRT intelligent ore sorter now covers pre-concentration applications for more than 20 minerals, including gold, silver, lead, zinc, copper, tungsten, antimony, tin, lithium, iron, manganese, sulfur, phosphate, fluorite, talc, kaolinite, barite, limestone, and magnesite. For each mine, AMD SORTING follows a "one mine, one strategy" approach and offers custom development for new mineral types. We deliver single units, multi-unit systems, and mobile complete equipment, forming customized soluti...

AMD® Global Tour | Precision Rice Color Sorting in Nakhon Pathom, Thailand Customer |Naratip Ricemill Co., Ltd. (Nakhon Pathom, Thailand) Capacity |Rice processing and export line Equipment |AMD® Rice Color Sorters (2 Standard Models + 1 High-End Model) Challenge In the competitive rice export industry, consistency and purity are everything. For a rice producer and exporter like Naratip Ricemill, the challenge goes beyond simply removing bad grains. They needed a solution that could handle a very specific requirement: separating rice by different colors to ensure each color variant remains pure and independent, without any mixing. At the same time, they needed to maintain high efficiency while accurately separating good rice from bad rice. Manual sorting or traditional equipment simply couldn't meet the dual demands of color differentiation and quality control at an industrial scale. Solution To address these challenges, Naratip Ricemill turned to AMD® color sorting technology. We deployed a tailored setup consisting of three AMD machines: two ordinary models for standard sorting tasks, and one high-end model for the most demanding color separation requirements. The AMD® color sorters are equipped with advanced optical sensors and AI-driven algorithms that precisely identify and eject grains based on subtle color differences. This allows the rice mill to achieve two critical goals simultaneously: Independent Color Separation: Accurately separating rice of different colors so they remain distinct and unmixed. Quality Control: Effectively removing defective, discolored, or bad rice to ensure the final product meets export-grade standards. Result Since the installation of the AMD® color sorting line, Naratip Ricemill has experienced a significant improvement in both sorting accuracy and operational efficiency. Email us at: marketing@cn-amd.com

AMD® Global Tour | Full-Process Plastic Sorting in Chonburi, Thailand Customer| Andy Huang's Recycling Plant (Chonburi, Thailand) Capacity| 2,000 tons/month (PET) + 600-700 tons/month (PP & PE) Equipment| AMD® Bottle Sorters, Color Sorters, and Polymer Sorters (Full-line Integration) Challenge In the fast-evolving plastic recycling industry, achieving high-volume output without compromising purity is a daunting task. For Andy Huang's facility in Chonburi, managing a sprawling 36,800-square-meter plant, the scale of operation is immense. Processing over 2,000 tons of mixed plastics monthly means that even a 1% contamination rate can lead to hundreds of tons of substandard material, severely impacting market value and profitability. However, the true difficulty lies in the complexity of the material stream. Sorting post-consumer waste demands the ability to distinguish not just between different polymers (like PET, PP, and PE), but also between varying colors and physical contaminants. Relying solely on traditional mechanical screens or manual sorting simply cannot keep pace with the required purity standards. Andy Huang needed a solution that could handle this massive volume with absolute precision, ensuring the final recycled flakes met the strict requirements of high-end downstream manufacturers. Solution To address these challenges, AMD® deployed a comprehensive, AI-driven sorting ecosystem designed for the entire recycling workflow. Rather than a single machine, we designed a multi-stage sorting strategy that covers every critical step. The highlight of this deployment is the seamless integration of AI into every stage. The machines learn from the specific material profiles of Andy Huang 's incoming waste, continuously improving sorting accuracy over time.Moreover, this end-to-end automation directly translated into operational efficiency. Transform your mixed waste into premium recycled materials. Reach out to our team to discuss your specific sorting requirements. Email us at: marketing@cn-amd.com

Tri des SmartCobblestones AMD® KGS5 (KP) Client|Wannian County Pucheng New Materials Co., Ltd. Capacité|Augmentation du débit de 20 % à 30 % Équipement|Trieurs de couleurs AMD® KGS5 (KP) (4 unités) Défi Dans l’industrie des granulats, les exigences du marché en matière de qualité deviennent de plus en plus strictes. Les transformateurs doivent désormais atteindre des normes plus élevées à la fois en matière de débit et de précision du processus de tri – une combinaison que les équipements traditionnels peinent à fournir. Les galets représentent un défi de tri particulièrement difficile. Leurs couleurs naturelles sont très similaires à celles des impuretés courantes telles que le granite jaune et le granite rouge, ce qui les rend notoirement difficiles à distinguer avec les systèmes optiques conventionnels. Sans une identification précise, ces impuretés peuvent compromettre la qualité du produit final et réduire sa valeur commerciale. Pour répondre à ces exigences croissantes, Wannian County Pucheng New Materials Co., Ltd. avait besoin d’une solution de tri capable de traiter simultanément trois différentes gammes de tailles, tout en maintenant une précision exceptionnelle et en améliorant considérablement l’efficacité de production. Solution AMD® a déployé quatre trieurs de couleurs KGS5 (KP) sur une ligne de tri dédiée, chacun étant configuré pour traiter des galets répartis en trois fractions de taille distinctes : 0,8 – 1,8 cm(Petit) 1,8 – 2,5 cm(Moyen) 2,5 – 3,6 cm(Grand) Le KGS5 (KP) est équipé d’une reconnaissance d’image haute définition et d’algorithmes avancés d’apprentissage profond, lui permettant de capturer avec précision les différences subtiles de couleur et de texture entre les galets et les impuretés. Cette capacité de reconnaissance avancée réduit considérablement le taux de mauvaise classification, garantissant l’élimination fiable des particules de granite jaune et rouge à chaque niveau de taille. Chaque trieur dispose d’un alimentateur vibrant à haute capacité qui augmente le débit global de 20 % à 30 %, répondant directement aux objectifs de productivité du client. La conception optimisée de la bande et la configuration anti-éclaboussures assurent un fonctionnement stable et fiable, même lors du traitement de matériaux sphériques ayant tendance à rouler ou à se déplacer pendant le processus. Les vannes d’éjection propriétaires sont réglées avec précision pour chaque fraction de taille : Petite taille produit fini et rejets – réponse rapide, faible consommation d’énergie, rejet précis des impuretés Taille moyenne produit fini et rejets Grande taille produit fini et rejets Résultat Le AMD® KGS5 (KP) excelle dans trois domaines essentiels : la précision de reconnaissance, la stabilité opérationnelle et le débit. Avec quatre trieurs fonctionnant sur trois gammes de tailles, Pucheng Company a atteint une production efficace de tri des galets à faible consommation d’énergie qui répond aux normes de qualité du marché les plus exige...