ZENElement Product Overview
The Laser-Induced Breakdown Spectroscopy (LIBS) sorter is an intelligent sorting device built on LIBS core technology. It uses high-energy pulsed lasers to excite the material surface and form plasma, then analyzes the characteristic emission spectrum of the plasma to achieve precise identification of the material’s elemental composition and content. This enables efficient separation of materials with different compositions. Hailed as the “precision benchmark for elemental identification,” this equipment requires no ionizing radiation and delivers fast detection speeds, breaking through the limitations of traditional sorting technologies in elemental identification. It is widely used in fields such as scrap metal recycling and classification, and excels particularly in the fine sorting of complex alloys and multi-metal minerals.
Core Advantages
Addresses the question of “what elements are present and in what quantities.”
Chemical Composition Output in Seconds
No sample preparation required; directly analyzes material elemental composition.
Strong Element Detection Capability
Can detect light elements such as Li, Mg, Al, Si that XRT struggles to identify.
Real-Time Feedback Control
Can serve as an online analyzer, guiding XRT or magnetic separators to dynamically adjust sorting thresholds.
Product Models
| Model | Core Capability | Typical Application Scenario | Strengths |
|---|---|---|---|
| ZElement-LIBS-B1600-R-A | LIBS + AI | Aluminum alloy grade sorting (5xxx/6xxx series), magnesium alloys | Chemical composition output in seconds, supporting high-end metal circular recycling |
| ZElement-LIBS+XRT-B2000-M-A | LIBS + XRT + HSI | Complex alloy sorting (lithium-containing, magnesium-containing), lithium ore | LIBS targets light elements (Li, Mg), XRT assists with density determination |
| ZElement-LIBS-Multi-B2000-M-A | LIBS + multi-point high-speed scanning | Online grade monitoring, concentrate control | On-belt “online analyzer” with real-time feedback to guide sorting |