We are thrilled to announce the release of the latest MICAP application note: Lubricant Oil Analysis for Wear Metals, Additives, and Ingress Elements with the MICAP N2 ICP-OES System. This cutting-edge advancement transforms the efficiency and accuracy of laboratories performing lubricant oil analysis, setting a new benchmark in the industry.
The Importance of Lubricant Oil Analysis
Lubricant oil analysis is crucial for maintaining the performance and longevity of heavy machinery. Regular monitoring of wear metals, additives, and ingress elements helps identify potential issues before they escalate into costly repairs or downtime. For decades, Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) has been the gold standard for such analyses. However, as labs handle increasing volumes of samples daily, the demand for faster, more reliable solutions has grown.
A Leap Forward with MICAP N2 ICP-OES
The MICAP N2 ICP-OES system, integrated with the Elemental Scientific (ESI) SampleSense Oil automation system, is a groundbreaking solution that meets the demands of modern laboratories. It combines advanced sample handling with high-speed analysis, ensuring precise and consistent results for both new and in-service oils.
Key Features of the MICAP N2 ICP-OES System
- Seamless Sample Preparation
The ESI SampleSense system uses gas infusion to mix oil samples directly in the tube, ensuring uniformity even in highly viscous oils. This minimizes issues caused by sedimentation and prepares samples efficiently. - High-Speed Automation
Samples are vacuum-loaded into an optically monitored valve with precision timing. This streamlined process supports consistent analysis regardless of the oil’s viscosity. - ASTM Method D5185 Compliance
Adhering to industry-standard methods, the MICAP system analyzes 22 elements in lubricant oils, ensuring reliability and repeatability in line with global benchmarks. - Superior Throughput
With a blazing speed of one sample every 32 seconds, this system significantly boosts productivity in high-volume environments, enabling laboratories to process hundreds of samples per shift.
Why Choose MICAP for Oil Analysis?
- Exceptional Accuracy: The system’s calibration stability ensures precise readings across varying oil types and viscosities.
- Robust Reliability: The nitrogen-based plasma eliminates the risk of carbon buildup on the torch, ensuring consistent operation over extended periods.
- Efficiency at Scale: By automating critical processes, the MICAP system reduces manual handling, delivering unparalleled productivity for laboratories.
Real-World Impact
In real-world tests, the MICAP system demonstrated its capability to deliver rapid, accurate, and reliable results. It efficiently analyzed both new and in-service oils, detecting wear metals, additives, and contaminants with precision. Notably, its long-term stability was evident, with no carbon buildup reported even during prolonged use. Quality control checks validated recovery rates and confirmed the system’s reliability in diverse testing conditions.
How the MICAP System Works
- Sample Mixing: Nitrogen gas is infused into the sample for optimal mixing.
- Sample Loading: The system vacuum-loads the sample into the valve while rinsing the spray chamber to prevent contamination.
- Data Acquisition: The MICAP system automatically triggers analysis once the sample is loaded, maintaining a smooth workflow.
Unlock the Future of Oil Analysis with Archiepollo Solutions
Archiepollo Solutions Limited is proud to offer the MICAP N2 ICP-OES system, a revolutionary tool that empowers laboratories to achieve their best. Whether you manage heavy equipment, oversee industrial processes, or run a high-volume lab, the MICAP system is your ultimate partner for precise, high-speed oil analysis.
Explore the benefits of this cutting-edge technology and see how it can transform your operations. Contact us today or visit our website at archiepollosolutions.co.ke to learn more, request a demo, or make a purchase.
