CVS Electroplating Solution Analyzer QL-5EZ
Details
1.productpurpose
The Qualilab QL-5EZ device is the latest equipment that utilizes CVS (Cyclic Voltaminetric Stripping) analysis method to quantitatively determine organic additives in almost all electroplating solutions. QL-5EZ can also be used to analyze inorganic components.
2.Product Features
(1) QL-5EZ is fully controlled by software to automatically analyze, calculate, and report the concentration of components in the plating tank, in order to improve user productivity.
(2) QL-5EZThe integration of automated and user-friendly programsECI Company has decades of experience and technology in electroplating analysis.
(3) The new application of QL-5EZ increases the applicability and accuracy of the device, and reduces analysis time.
(4)With a help menu (convenient)A user-friendly operating system for troubleshooting
(5) Both the organic and inorganic components of the electroplating solution can be analyzed
(6)Equipped with a color monitorPC and printer
(7) Monitoring the accumulation of pollutants in electroplating tanks or removing pollutants during carbon treatment by relying on the display of volt ampere curves on a monitor
(8) Multiple electrode tips reduce the impact of pollutants in the solution and increase analysis speed
(9) Automatic sampling improves the efficiency and accuracy of operators
(10)Expanded the application functions of the software, includingSPC Information
(11) Password protection function for key menu parameters
3.Typical applications
(1)Electroplating additive feed/Inspection of shipment
(2)Almost all electroplating processes can be usedQL-5EZ model CVS electroplating solution analyzer
(3)pass throughQL-5EZ can obtain prepared and reliable organic and inorganic components and pollutants
(4) Optimize and monitor the carbon treatment process
(5) Consumption rate of research components
(6) Research, develop, and optimize new electroplating technologies
(7)most important of allQL-5EZ provides fast and accurate results and ensures effective stability in the production process
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