| Product Name | ZXV Series XRT Ore Sorting Machine |
| Model | ZXV24 |
| SENSOR TECHNOLOGY | XRT detection |
| Detection Width(mm) | 2400 |
| Capacity (t/h) | 40-80 |
| Air Consumption (m/min) | 20-25 |
| Ore Diameter (mm) | 10-50 |
| Belt Speed (m/s) | 2-3 |
| Dimension (mm) | 8280*3336*2484 |
| APPLICATION | Pre-discard waste, concentrate recycling, low-grade ore concentrating. Pre-sorting and discharge waste of the suitable size ore after the medium and fine crushing, and before entering the mill |
The ZXV24-D Dual-AI XRT Ore Sorting Machine is specifically designed for large-size ore pre-concentration applications. Installed after coarse crushing and before secondary crushing, the system identifies and removes barren rock from ore streams ranging from 30 mm to 80 mm, significantly reducing downstream processing costs.
Combining advanced X-Ray Transmission (XRT) technology with Dual-AI mineral recognition algorithms, the ZXV24-D enables mining operations to upgrade ore quality at the earliest possible stage while increasing plant throughput and reducing energy consumption.
In many mining operations, a large percentage of material entering the crushing and grinding circuits contains little or no economic value.
The ZXV24-D identifies waste rock immediately after coarse crushing and ejects it before additional processing takes place. By reducing the amount of material sent to secondary crushing, grinding, flotation, or leaching circuits, mining companies can significantly lower operating costs.
Unlike conventional ore sorters optimized for smaller particle sizes, the ZXV24-D is engineered specifically for medium and large-sized ore.
With a particle size range of 30–80 mm and the ability to process material up to 100 mm in certain applications, the machine is ideal for front-end mine sorting and bulk waste rejection.
This allows operators to maximize value recovery while minimizing unnecessary material handling.
The ZXV24-D delivers a processing capacity of up to 120 tons per hour, making it suitable for large-scale mining projects requiring continuous production.
The 2400 mm detection width provides stable material distribution and efficient sorting performance even under demanding operating conditions.
The X-Ray Transmission system analyzes density differences inside each particle rather than relying on surface appearance.
This makes it possible to separate valuable minerals from gangue even when both materials exhibit similar colors or textures.
The machine incorporates Dual-AI deep learning technology trained on mineralogical characteristics.
The system continuously evaluates ore composition, density patterns, and particle features to improve sorting accuracy and reduce misclassification.
This technology is especially effective when processing complex ores with variable geological characteristics.
A high-frequency pneumatic valve system removes unwanted material with precision and speed.
The optimized ejection system ensures stable separation performance even at high throughput rates.
Remove barren material immediately after coarse crushing.
Concentrate valuable minerals before secondary processing.
Reduce transportation and processing costs by upgrading ore directly at the mine.
Recover valuable minerals from previously discarded material.
The ZXV24-D is suitable for a wide range of metallic and non-metallic minerals, including:
| Model | ZXV24-D |
| Detection Width | 2400 mm |
| Capacity | 100–120 t/h |
| Ore Size Range | 30–80 mm |
| Belt Speed | 2–3 m/s |
| Air Consumption | 30–40 m³/min |
| Weight | 13,700 kg |
| Dimensions (L×W×H) | 8280 × 3336 × 2484 mm |
The ZXV24-D utilizes a fully enclosed XRT inspection system designed to meet international radiation safety requirements.
The equipment incorporates shielding structures and safety interlock systems to ensure safe operation for personnel working around the machine.
Every ore deposit is unique.
Our engineering team can perform professional sorting tests to evaluate:
Based on test results, we provide a customized ore sorting solution tailored to your mining operation.
Looking for a reliable solution to upgrade ore before processing?
