PHOENIX‑AI Multi‑Dimensional Intelligent Sorting Machine
Multi‑dimensional viewing angles for broad and comprehensive coverage. Easily identify defects across all dimensions.
High‑dimensional HDR cameras to build multi‑dimensional information. AI learning for brain‑like judgment.
| Model |
Total Power (Kw) |
Power Supply Voltage (V/Hz) |
Air Pressure (Mpa) |
Air Consumption (m³/min) |
Dimension (L×W×H/mm) |
| 6SXZ-63LFI |
3.5 |
220V/50Hz |
0.5-0.8 |
<0.4 |
2737×700×1550 |
| 6SXZ-126LFI |
4 |
220V/50Hz |
0.5-0.8 |
<0.8 |
2737×1000×1550 |
| 6SXZ-252LFI |
6 |
220V/50Hz |
0.5-0.8 |
<1.6 |
2737×1600×1550 |
| 6SXZ-378LFI |
7 |
220V/50Hz |
0.5-0.8 |
<2.4 |
2737×2200×1550 |
Product Advantages
High‑Dimensional HDR Camera: Master‑Grade Imaging with Substantial Performance
A compact machine vision system integrating image acquisition and processing. Under motion‑imaging mode, it accurately tracks materials and captures feature information to meet stringent sorting requirements.
Distortion Correction Technology: Ultra‑Low Distortion for Higher Precision
Image distortion is corrected via optical design and algorithm models to restore the true structure of materials.
AI Sorting Solution: Precise Algorithms Empowered by Computing Power
Simulates the human “eye‑and‑brain” material recognition mechanism. Anti‑interference capability enables accurate extraction of material features, comparison against learned data, and reliable material judgment. Dedicated AI NPU chip delivers powerful computing capacity for material inspection at high‑speed operation and accelerates reasoning.
Ruize Cloud Platform: Model Factory with Brain‑Like Thinking
Self‑developed inspection model library with over 30 online‑available models to satisfy sorting standards for diverse materials.
Dynamic Nozzle Valve System: Effortlessly Adapt to Output Fluctuations
Intelligently controlled valve ports with multi‑channel parallel operation. High‑speed and highly sensitive rejection with microsecond‑level response. Flexible opening‑closing performance ensures high yield and high efficiency even under increased throughput.
