Industrial Flow Pulp Analyzer X-ray Spectrometer OSA 100

OSA100 X-ray fluorescence industrial analyzer for the analysis of liquid mixtures, suspensions, pulp, sludge, concrete, cement, etc

The OSA100 X-ray fluorescence in-line analyzer allows for in-line analysis and control of concentrations on a large scale. It is the best optical-mechanical device for measuring concentrations, quality control of products and raw materials in such areas as non-ferrous and ferrous metallurgy, geology, mineral processing. The analyzer has the following advantages: automation, stability of operation, reliability of results, speed of analysis, accuracy of results and ease of management and maintenance. The system, combined with the simplicity of its functions, has a compact structure and ample opportunities for expansion, and can also meet the needs for analyzing a wide variety of elements, thanks to the use of the modular design concept. In addition, the flow analyzer is designed to automate control.

Operational characteristics
The factor of manual sampling for analysis is minimized, thus reducing sampling costs
Reasonable use of streaming analysis reduces the cost of analysis and sample preparation
Coordination of the work of the production shop and the management department, thereby increasing the volume of processing
Deviations of fluctuations of the target product are promptly monitored and solved, thus improving the payback
The quality of the products is under good control
Advantages guaranteeing the quality of the product
Due to the rapid assessment of fluctuations in the quality data of the target products and the possibility of rapid restructuring of the production process, fluctuations are corrected in time, thus keeping the production process in a stable direction, improving product quality and reducing production waste.
Allows you to get the best coefficient of output of the target substance from the raw materials and profitability
By coordinating the concentration of raw materials and the yield coefficient of the target substance, express analysis optimizes the processing process
The main sampler takes the primary samples and sends them to the multiplexer, and then several samples separate from the multiplexer will be sent to the chamber for analysis. Using an X-ray fluorescence energy dispersion spectrometer, the characteristics of the reflected X-ray spectrum are analyzed. The characteristics read and separated by the detector are then recorded and the intensity of the elements is calculated, on the basis of which the concentrations are further calculated.