Gu Xin Color Sorter for Refractory Materials

Gu Xin Color Sorter for Refractory Materials

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Gu Xin Color Sorter for Refractory Materials

Specialized intelligent sorting equipment for refractory raw materials, addressing the refractory industry’s critical needs for “high purity, low impurities, and stable quality.” Custom-designed for refractory feedstocks such as chromite corundum, fused quartz, high‑alumina bauxite, and magnesite, it replaces manual sorting and conventional screening equipment, serving as a core standard solution for advancing the refractory sector toward higher-end, smarter production.

Gu Xin Ultra-Large-Particle Ore Color Sorter

Gu Xin Ultra-Large-Particle Ore Color Sorter

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Gu Xin Ultra-Large-Particle Ore Color Sorter

The Guxin ultra-large‑particle ore intelligent sorter is specially designed for 3–20 cm lump raw ore, operating in both dry and wet modes. It is compatible with nearly a hundred types of metallic and non‑metallic ores, including quartz, gypsum, limestone, calcium carbonate, fluorite, barite, coal gangue, copper oxide, hematite, phosphate rock, and more. Equipped with a 5,400‑pixel high‑speed CCD and AI deep‑learning algorithms, it accurately detects micron‑level color differences and surface textures, achieving a sorting accuracy of up to 99.9%. Featuring a tracked conveyor system, it ensures stable operation with minimal crushing. With a processing capacity of 30–100 tons per hour and a waste‑carry‑over ratio of ≤2%, it significantly boosts efficiency while reducing losses. Key components include a 5,400‑pixel full‑color CCD, multispectral imaging, AI deep‑learning algorithms, a reinforced double‑layer track, and an automated high‑speed pneumatic valve.

Gu Xin AI Ore Sorting Machine

Gu Xin AI Ore Sorting Machine

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Gu Xin AI Ore Sorting Machine

The Guxin AI intelligent sorting machine, equipped with a high-speed CCD camera and multispectral fusion technology, leverages advanced AI algorithms to precisely detect micron‑scale impurities. Designed for both dry and wet applications, it delivers accuracy exceeding 99% and is compatible with nearly one hundred types of minerals. As a purely physical sorting solution, it generates no pollution, making it a core piece of equipment for enhancing quality and efficiency in mining operations.

Gu Xin Double-Layer Free-Fall Mineral Powder Color Sorter

Gu Xin Double-Layer Free-Fall Mineral Powder Color Sorter

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Gu Xin Double-Layer Free-Fall Mineral Powder Color Sorter

The Guxin double‑stage free‑fall powder color sorter features a dual‑path discharge design that significantly boosts per‑unit throughput. Equipped with high‑resolution CCD vision and AI‑driven intelligent algorithms, it precisely sorts mineral powders of various mesh sizes, efficiently removing foreign colors, specks, and impurities. With stable operation, low carry‑over rates, and reduced energy and maintenance costs, it is a core piece of equipment for powder purification and quality enhancement.

Gu Xin Double-Deck Crawler-Type Ore Particle Color Sorter (Dry Sorting)

Gu Xin Double-Deck Crawler-Type Ore Particle Color Sorter (Dry Sorting)

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Gu Xin Double-Deck Crawler-Type Ore Particle Color Sorter (Dry Sorting)

The Guxin double‑layer tracked dry‑sorting color sorter features a dual‑belt configuration that enables efficient, continuous dry‑sorting operations. Powered by an AI‑based vision system, it accurately separates ore from waste rock, delivering high sorting precision while minimizing material breakage. The unit is fully sealed to prevent dust, compatible with a wide range of ores and various particle sizes, and offers stable performance and user‑friendly operation—helping mines reduce labor costs and improve grade.

Gu Xin Double-Deck Crawler-Type Ore Particle Color Sorter (Suitable for Both Dry and Wet Processes)

Gu Xin Double-Deck Crawler-Type Ore Particle Color Sorter (Suitable for Both Dry and Wet Processes)

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Gu Xin Double-Deck Crawler-Type Ore Particle Color Sorter (Suitable for Both Dry and Wet Processes)

The Guxin double‑deck tracked dry‑and‑wet ore particle sorter features a dual‑layer conveying architecture, enabling versatile sorting of both dry and wet materials. Its intelligent vision system rapidly detects foreign‑colored impurities and waste rock, delivering outstanding separation performance. With strong adaptability, low failure rates, and straightforward operation and maintenance, the equipment is widely suited for processing various types of ore particles, helping production lines achieve higher quality and greater efficiency.

Guxin Double-Layer Mineral Powder Color Sorter

Guxin Double-Layer Mineral Powder Color Sorter

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Guxin Double-Layer Mineral Powder Color Sorter

Gu Xin’s double‑layer chute color sorter features wear‑resistant, high‑durability tungsten‑steel chutes, paired with high‑definition optics and AI‑driven precision sorting. It delivers exceptional color‑sorting accuracy, low carry‑over rates, and impressive throughput, making it ideal for purifying a wide range of mineral powders.

Gu Xin Single-Layer Ore Particle Color Sorter (Suitable for Both Dry and Wet Processes)

Gu Xin Single-Layer Ore Particle Color Sorter (Suitable for Both Dry and Wet Processes)

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Gu Xin Single-Layer Ore Particle Color Sorter (Suitable for Both Dry and Wet Processes)

The Guxin single‑stage dry‑and‑wet universal mineral particle color sorter is compatible with both dry and wet operating conditions, handles particle sizes from 0.5 to 5 cm, features AI‑powered high‑definition recognition with up to 99.9% accuracy, delivers a low carry‑over rate, high throughput, and energy efficiency, while ensuring stable performance and long‑term durability.

Gu Xin High-Capacity Single-Layer Color Sorter for Mineral Powders

Gu Xin High-Capacity Single-Layer Color Sorter for Mineral Powders

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Gu Xin High-Capacity Single-Layer Color Sorter for Mineral Powders

Gu Xin’s single‑layer, high‑capacity powder color sorter features a single‑deck chute design, compatible with powders ranging from 16 to 150 mesh, and delivers a throughput of 2–10 t/h. It offers high sorting accuracy with low material loss, making it ideal for the separation of various non‑metallic mineral powders.

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