Cabinet-type Element Analyzer
This instrument utilizes multimodal spectroscopic technology and is suitable for the rapid analysis of the composition of various metallurgical slags during the steelmaking process. Without the need for complex sample preparation, it accurately detects the content of oxides such as CaO, SiO₂, Al₂O₃, MgO, TiO₂, and Cr₂O₃ in slag within 30 seconds, enabling rapid determination of slag composition.
The instrument is radiation-free and easy to maintain, helping to improve analytical efficiency, optimize processes, and reduce scrap rates. It is suitable for rapid slag composition testing at the furnace front and throughout the entire smelting and slag formation process, helping steel enterprises shorten smelting time and achieve efficient, precise, and intelligent upgrades in steelmaking.
The system features built-in gas purging, an extractable chamber for dust removal, automatic laser focusing, one-button operation, and detection path planning. It enables rapid, high-precision analysis of material composition without the need for sample pretreatment.
| Indicator Name | Parameter |
|---|---|
| Length, Width, Height | 1150*780*1860 mm |
| Weight | 120Kg |
| Power Supply | 220VA±10%，50Hz±5%，10A，3线（L、N、GND） |
| From Signal Processing Cabinet to Upper Computer | Adopts Ethernet or optical fiber communication. |
| Analysis Time | 1 minute, user configurable or output by batch |
| Detectable Elements | Full elements and full industrial indicators |
Online Component Analyzer
This instrument adopts integrated infrared and acoustic spectrum multimodal technology, and is deployed in belt conveying scenarios. It supports the rapid online analysis of full elements and industrial parameters during coal belt transportation, and is applicable to raw material incoming inspection, coal blending process control, and end-product quality monitoring. It helps enterprises shorten detection time and achieve efficient, accurate and intelligent upgrading. The system features dustproof, waterproof and anti-electromagnetic interference performance, enabling unattended automatic detection. It allows continuous online material detection without sample preparation. Equipped with laser ranging and vision guidance, it dynamically adapts to irregular samples with non-contact measurement. It delivers high-frequency analysis at 10 times per second with an error of less than 3%. Data can be directly connected to the central control system to form an intelligent closed loop of the production line. With industrial-grade dustproof and shockproof design, it greatly reduces operation and maintenance costs. It features no radiation, no chemical reagents and no solid waste pollution, fully meeting the requirements of green production.
Cabinet-type Element Analyzer
This instrument adopts Laser-Induced Breakdown Spectroscopy (LIBS) technology, and is suitable for the rapid composition analysis of various metallurgical slags in the iron and steel smelting process. It requires no complex sample preparation and can accurately detect the contents of oxides such as CaO, SiO₂, Al₂O₃, MgO, TiO₂ and Cr₂O₃ in slag within 30 seconds, enabling rapid determination of slag composition. Radiation-free and easy to maintain, the instrument improves analysis efficiency, optimizes production processes and reduces the reject rate. It is applicable to rapid slag composition inspection at the furnace front and the entire slagging process of smelting, helping iron and steel enterprises shorten smelting time and achieve high-efficiency, high-precision and intelligent steelmaking upgrading. The system is built with gas purging and extractive chamber dust removal, and is equipped with functions including automatic laser focusing, one-touch operation and detection point path planning. It can realize high-precision detection of material composition rapidly without any sample pretreatment.
Bench-top Element Analyzer
Multimodal Laser-Induced Element Analyzer (Bench-top Model), customized for bulk material detection. Equipped with multimodal intelligent analysis technology and a 1064nm solid-state laser light source, it completes full-element qualitative and quantitative analysis within 60 seconds. It requires no complex sample preparation, featuring slight damage, zero radiation, stable performance and easy maintenance. It is applicable to various imported and exported raw materials such as iron ore, coal and rare earths. It can efficiently complete composition detection and sorting identification, providing reliable data support for process control, customs supervision and trade settlement.
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