Key Markets
Lubricants & Coolants
Deliver rapid analysis of new and in-service oils, lubricants, and coolants with N₂ plasma ICP-OES
Solutions for Tribology and Lubrication Applications
- Robust plasma performance for analysis of oils, coolants & lubricants
- No carbon deposition on torch – superior production stability
- Multiple automation solutions for high-speed throughput
- Reduced operational costs and space requirements
- Follows ASTM Method guidelines in D5185, D4951 & D6130
MICAP-OES 1000
Features & Benefits
What can our instruments do for you?
- Use robust nitrogen plasma with superior matrix tolerance.
- Simultaneous measurement for fast analysis times.
- Smallest footprint and light-weight design.
- Reduced running cost/analysis.
- Easy-to-use Windows-based graphical user interface of RIS software package.
- The ability to display, store and recall spectra for every sample analyzed data display and reprocessing, without the need to rerun samples (original data is unchanged).
- Automated robust wavelength accuracy algorithm to ensure wavelength stability for extended sample runs.
Resources
Prodcut Literature
Application Note
Lubricant Oil Analysis for Wear Metals, Additives, and Ingress Elements
This note describes the use of the simultaneous MICAP OES-1000 N₂ ICP-OES system for routine analysis of new and in-service oils following the procedures outlined in ASTM Method D5185.
Lubricant Oil Analysis for Wear Metals, Additives, and Ingress Elements
Application Note
In-Service Oil Analysis for Metals Following ASTM Method D5185
This note describes in-service oil analysis for metals following ASTM Method D5185 utilizing air as the nebulizer gas.
In-Service Oil Analysis for Metals Following ASTM Method D5185
Application Note
High Throughput Analysis of In-Service Coolants
Multi-elemental high throughput analysis of in-service coolants with a novel N₂ ICP-OES system following ASTM Method D6130 made with MICAP-OES 1000 Instrument.
High Throughput Analysis of In-Service Coolants
The Technology That Changes Everything
