AI-driven ore sorter integrating color, XRT, and hyperspectral vision for precise mineral separation.
Jin Feng Machinery engineers turnkey ore sorting lines that integrate optical, XRT, and AI recognition to maximise mineral recovery while lowering operating expenditure. Our 35,000 m² smart factory covers R&D, machining, assembly, and stress testing under one roof.
With more than 1,200 global deployments, we partner with mining houses and industrial mineral processors to deliver tailored sorting lines backed by onsite commissioning, operator training, and lifecycle service agreements.
Ore sorting machine configurations tailored for diverse minerals, from coal and industrial ores to high-value gemstones.
Coal sorting machine removing impurities to stabilise calorific value.
Quartz sorting machine precisely remove discolored particles, significantly improve product purity and value, and open the door to high-end markets.
Feldspar sorter obtain consistent, low-iron, high-quality feldspar raw material, laying the foundation for producing high-end glazes and glass products.
Limestone sorting machine ensuring consistent cement plant feed.
24/7 operation with precision and efficiency far exceeding manual labor, maximizing recovery rate and profit for diamonds, zircon, etc.
Copper sorting machine pre-reject over 50% waste rock after crushing and before milling, directly saving costs in all subsequent processes and improving overall profitability.
Lithium ore sorter increase feed grade through pre-sorting, reduce ore volume entering flotation, improve final lithium recovery, and secure raw material supply.
Tungsten sorting machine precisely separate tungsten from waste rock using density or specialized algorithms, achieving very low tailings grade.
Barite sorter effectively remove light impurities like silicates, ensuring consistent product specific gravity and purity, winning long-term trust from oilfield clients.
Phosphate sorting machine Increase phosphate grade, reduce acid consumption, lower production costs.
Industrial ore sorter automatically sort different materials, turning cullet, metals, and aggregates into salable, high-purity recycled resources, achieving both environmental and economic wins.
Diamond sorter integrating XRT and AI technology, which ignores color and coating, targets diamonds based on their unique low atomic density, achieving near 100% recovery and maximizing output per carat.
Key equipment and service modules supporting end-to-end optical sorting projects.
Scalping feeder with belt conveyor stabilises particle presentation.
Drying, dedusting, and screening module for moisture and fines control.
Hyper-luminance LED, hyperspectral, and XRT cabinet synchronised scanning.
Edge GPU executes Target Position 3.0 with cloud synchronisation.
128-valve banks deliver millisecond ejection with minimal ore loss.
Accepted product conveyor feeding thickener, mill, or downstream plant.
Automated waste chute for re-crush, stockpile, or disposal routing.
Mass flow and particle analytics verifying ore sorting KPIs.
Central console showing uptime, alarms, and remote diagnostics.
Negative-pressure clean airflow system preventing cross-contamination.
Quick-swap valve cassette and nozzle calibration station.
Mobile app for instant alerts, recipe updates, and analytics download.
Energy-efficient drives with surge protection and diagnostics.
Ergonomic walkways ensuring quick inspection and safe operation.
Sampling, moisture testing, and reporting module for clients.
Quartz and bulk ore sorting lines engineered for full-process automation from raw feed to concentrate discharge.
3-10 cm dry/wet ore sorting with powder sorting for 16–120 mesh silica sand.
Decide on wet or dry sorting based on material and processing specifications.
Combines Dry Ore Sorting Machine and Dry / Wet Ore Sorting Machine.
5–20 cm bulk ore or 3–10 cm ore sorting with colour or XRT inspection.
Choose a 5–20 cm ore sorting machine or a 3–10 cm ore sorting machine based on the material and process.
Decide on a color-sensor ore sorter or an XRT ore sorter based on material and processing specifications.
1. AI Optical Ore Sorting Machine.
This series utilizes advanced AI vision to sort materials by color and shape, handling a vast spectrum from 1mm to 20cm. It's the go-to solution for most standard mineral sorting needs.
LKZ Series - Dry Particles Ore Sorting Machine
KG Series Dry and Wet Particles Ore Sorting Machine
 3-10cm Ore Sorting Machine.jpg)
KL6(KP) 3-10cm Ore Sorting Machine
 5-20cm Ore Sorting Machine.jpg)
KD8(KP) 5-20cm Ore Sorting Machine
LKZ Series
KG Series
KL Series
KD Series
| Model | Grain Size | Capacity (t/h) | Rejection (Bad/Good) | Sorting Accuracy | Power / Voltage | Dimension (mm) |
|---|---|---|---|---|---|---|
| LKZ1440-1DA | 1mm - 30mm | 8-30 mesh: 3-15 | 10:1 | >99% | 5.8 kW · AC220V 50/60Hz | 2971x2172x1731 |
| LKZ1440-2DB | 1mm - 30mm | 8-30 mesh: 3-15 | 10:1 | >99% | 11.3 kW · AC220V 50/60Hz | 3562x2172x2215 |
| KG5 | 2mm - 50mm | 2-50 mm: 3-17 | 15:1 | >99% | 8.4 kW · AC380V 50/60Hz | 3722x2191x1463 |
| KG5(A) | 2mm - 15mm | 2-15 mm: 3-10 | 15:1 | >99% | 4.4 kW · AC380V 50/60Hz | 3722x2191x1463 |
| KG5(KP) | 2mm - 50mm | 2-50 mm: 3-17 | 20:1 | >99% | 8.4 kW · AC380V 50/60Hz | 3722x2191x1463 |
| KGS5 | 2mm - 50mm | 2-50 mm: 3-17 | 15:1 | >99% | 16 kW · AC380V 50/60Hz | 3777x2191x2380 |
| KGS5(A) | 2mm - 15mm | 2-15 mm: 3-10 | 15:1 | >99% | 8 kW · AC380V 50/60Hz | 3777x2191x2380 |
| KGS5(KP) | 2mm - 50mm | 2-50 mm: 3-17 | 20:1 | >99% | 16 kW · AC380V 50/60Hz | 3777x2191x2380 |
| KL6(KP) | 30mm - 100mm | 50 - 70 | 15:1 | >99% | 10.8 kW · AC380V 50/60Hz | 8593x2780x2564 (including vibrating feeder) |
| KD8(KP) | 50mm - 200mm | 50 - 120 | 20:1 | >99% | 18.4 kW · AC380V 50/60Hz | 11300x3380x2665 (including vibrating feeder) |
2. XRT Ore Sorting Machine.
This category employs X-Ray Transmission technology to sort materials based on atomic density, independent of color. It is ideal for ores where visual sorting is ineffective.
ZX18 XRT Ore Sorting Machine
ZXV18 XRT Ore Sorting Machine
ZX Series
XRT+VIS
| Model | Belt Width (mm) |
Capacity (t/h) |
Air Consumption (m³/min) | Grain Size (mm) | Belt Speed (m/s) |
Configuration |
|---|---|---|---|---|---|---|
| ZX12 / ZX12+ | 1200 | 30–40 / 20–40 | 10–13 | 15–50 / 10–50 | 2–4 | Standard / Customized |
| ZX18 / ZX18 PRO | 1800 | 40–50 / 50–70 | 13–17 / 20–26 | 15–50 | 2–4 | Standard / Customized |
| ZX24 / ZX24-D | 2400 | 70–80 / 120–150 | 20–30 / 40–50 | 15–50 / 30–100 | 2–4 | Standard / Customized |
| ZXV12 / ZXV12+ | 1200 | 30–40 / 20–40 | 10–13 | 15–50 / 10–50 | 2–4 | Standard / Customized |
| ZXV18 / ZXV18 PRO | 1800 | 40–50 / 50–70 | 13–17 / 20–26 | 15–50 | 2–4 | Standard / Customized |
| ZXV24 / ZXV24-D | 2400 | 70–80 / 120–150 | 20–30 / 40–50 | 15–50 / 30–100 | 2–4 | Standard / Customized |
3. Ore Powder Sorting Machine.
Specifically engineered for the challenging task of sorting ultra-fine powders from 16 to 120 mesh. It solves critical issues like dust, adhesion, and feeding uniformity.
K2C6 Ore Powder Sorting Machine
K2C8 Pro Ore Powder Sorting Machine
K1C2 Ore Powder Sorter For Lab Use
KC Series
| Model | Grain Size | Capacity (t/h) | Rejection (Bad:Good) | Sorting Accuracy (%) | Power / Voltage | Weight (kg) | Dimension (mm) |
|---|---|---|---|---|---|---|---|
| K2C6 | 16-120 mesh | 1.5-7.5 | 1:20 | >99% | 7.0kW-AC380V、50/60HZ | 2700 | 2726*2062*2609 |
| K2C6(PRO) | 16-120 mesh | 1.5-7.5 | 1:15 | >99% | 7.0kW-AC380V、50/60HZ | 2700 | 2726*2062*2609 |
| K2C6(APEX) | 16-120 mesh | 1.5-7.5 | 1:10 | >99.9% | 6.6kW-AC380V、50/60HZ | 2700 | 2814*2062*2609 |
| K2C8 | 16-120 mesh | 2.0-10 | 1:20 | >99% | 8.4kW-AC380V、50/60HZ | 3500 | 4053*2178*2661 |
| K2C8(PRO) | 16-120 mesh | 2.0-10 | 1:15 | >99% | 8.4kW-AC380V、50/60HZ | 3500 | 4053*2178*2661 |
| K1C2-For Lab Use | 16-120 mesh | 0.5-2.5 | 1:20 | >99% | 1.5kW-AC220V、50/60HZ | 700 | 1495*1577*1800 |
4. Salt, Glass, Tungsten Ore Sorting Machine.
These sorters are custom-optimized for specific industries, featuring specialized AI algorithms and construction materials to handle unique challenges like corrosion or specific mineral properties.
Y8 Salt Sorting Machine
B6-A Glass Sorting Machine
W4 Tungsten Ore Sorting Machine
Y Series
Salt
Y-Series
Salt
B Series
Glass
W Series
Tungsten
| Model | Grain Size | Capacity (t/h) | Rejection (Bad:Good) | Sorting Accuracy | Power / Voltage | Weight (kg) | Dimension (mm) |
|---|---|---|---|---|---|---|---|
| Y8 | 120mesh-10mm | salt 16-120mesh:2-8 raw salt 2-10mm:8-16 |
1:30 | >99% | 8.2kW-AC220V-50/60HZ | 2600 | 3506*2452*2203 |
| B6 | 2-10 mm | 2-10mm:8-16 | 1:2.5 | >97% | 2.4kW-AC220V-50/60HZ | 1950 | 2836*2200*2103 (Vibrating feeder not included) |
| B6(A) | 2-30 mm | 2-30mm:4-23 | 10:1 | >99% | 3.5kW-AC220V-50/60HZ | 1950 | 2836*2200*2103 (Vibrating feeder not included) |
| W4 | 2-30 mm | 2-30mm:2-8 | 5:1 | >96% | 8.2kW-AC220V-50/60HZ | 2010 | 2651*2145*1510 |
Watch our ore sorting machines in action and see real-world applications.
Real project deployments showcasing ore sorter integration, plant layout, and upgrade results.
JinFeng provides optical ore sorting solutions for a wide range of particle sizes - from fine minerals to large stones. Equipped with color sensor technology, XRT, and AI-powered sorting. From coarse pre-concentration to fine mineral purification, ore sorting machines are proven on-site worldwide.
Precision sorting for 30-100mm ore stones.
Designed for harsh mining environments with high stability and durability.
Enhances feed quality and reduces manual sorting efforts at customer sites.
KD8 handles 50-200mm large particles, effectively removing waste rock before downstream crushing or milling.
Advanced multi-light-path optics and AI algorithms ensure precise recognition.
Proven in customer sites for open-pit mines and large stockpiles.
Versatile sorting for fine to medium ore, The KGS5 is a dual-layer ore sorter capable of handling 2–70mm particles in both dry and wet conditions.
Equipped with AI recognition and dual-layer design for high throughput.
Reduces waste and improves mineral recovery in real-world operations.
K2C6 Quartz Powder Sorting Machine is a cutting-edge solution designed for high-precision sorting in quartz powder production. Engineered for large-scale operations, it delivers exceptional sorting accuracy, enhancing efficiency and reducing waste.
KC series is suitable for sorting raw quartz sandstone, completely replace the artificial sorting. The vertical chute design solves the problems of ore and belt bonding during the fine ore sorting process with a wide range of ore powder size ranging from 16 mesh to 120 mesh.
It is the ideal choice for industries looking to improve production efficiency and quality.
Low air consumption, ultra-high frequency ejectors, greatly reducing the ratio of rejections, with anti-dust in dust fog environment.
Advanced sorting technology for precise quartz powder separation. Seamless integration into existing production lines.
Low maintenance with long-lasting reliability.
Perfect for high-volume operations, ensuring consistent quality.
Double-layer sorting, low carryover ratio, high accuracy.
The chute is made of high-density alloy material, which is resistant to abrasion and scratches.
Suspension type cleaning device can also show high sorting accuracy in high dust environment.
Single chute with four-view cameras, 128 nozzle design, the highest configuration in the industry.
We are a leader in ore sorting equipment and enjoys a high reputation in the industry. Qingyuan Gold Sands Company turned to us for equipment solutions. After communication and investigation, they finally purchased 49 sets of ore sorting equipment, mainly including small particle ore sorting machines and powder sorting machines. Today, these devices are running smoothly and generating expected economic benefits for customers.
Sequential ore sorting workflow covering feeding, detection, AI decision, and ejection, powered by AMD multisensor intelligence.
Fluid-simulated feed control keeps ore spread uniform, reducing vibration energy by 20% and avoiding particle overlap.
4K CCD, hyperspectral vision, XRT/XRF, and laser scanners recognise colour, texture, density, and elemental composition.
Target Position 3.0 algorithm tracks 3D trajectories with cloud-based self-learning to adapt recipes across ore types.
128-valve arrays with millisecond response minimise ore loss and ensure clean concentrate/waste separation.
Future-ready features delivering stable performance in harsh mining environments.
Deep learning models cover 120 mesh powders to 20 cm rocks, auto-tuning for coal, lithium, gemstones, and more.
4K ultra-clear sensors with multi-light compensation capture micro defects under dusty, humid conditions.
Remote app monitoring, recipe synchronisation, predictive diagnostics, and API-ready analytics reporting.
Superlattice tungsten-manganese alloy chute improves abrasion resistance by 50% vs. industry standard.
Negative-pressure dust extraction prevents cross-contamination between concentrate and waste streams.
Chinese deep-tech heritage backed by Hefei Zhongke Optic-Electronic and global execution teams.
Incubated by the Chinese Academy of Sciences; leveraging 603011 Hefei Zhongke Optic-Electronic R&D strength.
International engineers deliver onsite installation, commissioning, and operator training within 2–4 weeks.
24/7 service plus IIoT remote monitoring to resolve alarms proactively and maintain uptime.
ISO-certified QA, extended wear testing, rugged structure for dusty, humid, and high-altitude mines.
High-performance ore sorter technology paired with competitive CAPEX for faster ROI.
Continuous software and sensor innovations keep your ore sorter ahead of global benchmarks.
Trusted by mining operators across five continents.
"The AMD ore sorter delivered by Jin Feng cut our manual sorting headcount by half while hitting 99% consistency. Their remote support team solved commissioning issues within hours."
Procurement Director · Leading Manganese Mine, South Africa
"From factory testing to onsite ramp-up, Jin Feng's engineers stayed with us. The intelligent mineral separation workflow now boosts concentrate grade by 22%."
Project Manager · Hard-Rock Lithium Mine, Canada
"Our ore sorter line now processes 60 t/h with stable performance in dusty conditions. Downtime dropped dramatically thanks to predictive maintenance alerts."
Operations Director · Copper Producer, Chile
Answers for mine owners, processing engineers, and project investors evaluating ore sorting machines.
Yes. The preloaded ore database covers copper, tungsten, lithium, fluorite, gemstones, and more; recipes switch from 120-mesh powders to 200 mm rock.
Modular designs let our global engineers complete installation, commissioning, and operator training within 2–4 weeks.
Standardised modular design streamlines every retrofit. We train your engineering team so they can manage operation, installation, and future upgrades with confidence.
Automatic clean airflow and wear-resistant chutes lower routine maintenance, while IIoT monitoring provides predictive alerts.
Most ore sorter deployments reach 6–12 month payback depending on ore grade uplift, throughput, and product pricing.
Flexible financing, T/T, LC, and leasing programmes are available; contact us for tailored commercial options.
Regional service hubs are expanding worldwide; share your location and we will assign the nearest engineer.
Depending on model and customisation, delivery usually takes 30–60 days; urgent projects can be prioritised.
Core components carry a one-year warranty, with extended service contracts available via our after-sales team.
Contact Jin Feng Machinery for a tailored intelligent mineral separation plan today. Let every ton of ore deliver maximum value.
Prefer direct contact? Reach us at sales@jinfengmachinery.com · +86-153-37296290
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