MICAP-OES 1000

Radom's MICAP-OES 1000 integrates the proven, advanced technology of Cerawave™ into atomic spectroscopy, resulting in dramatic space and cost savings. Radom delivers the solution for onsite instrumentation with Microwave Inductively Coupled Atmospheric Plasma – Optical Emission Spectrometry.

This innovative nitrogen-based plasma atomic spectroscopy instrument replaces the traditional argon generated plasma technology by harnessing 1000W of Microwave power.

Cerawave™technology harnesses RF energy providing powerful and sustainable plasma, allowing instruments and machinery in a variety of industries to achieve outstanding performances and results. Our leading product, MICAP™-OES 1000, is proof that this innovative technology is the solution to chemical analysts’ scientific challenges.

Cerawave™ does not require chiller / liquid cooling and has the added benefit that nitrogen is less expensive than argon. The power of Cerawave™ technology, coupled with a high-resolution echelle polychromator with CMOS detector, provides simultaneous measurement of elements in the prepared sample. The ability to screen core samples on location means results can be determined more quickly. An added benefit is the ability to collect more samples in an area to create a comprehensive map of the potential yield.

Advantages

• Robust, reliable plasma sustained with nitrogen (>99.9%)
• The lowest carbon footprint of any OES instrument in the market
• Light-weight modular design with independent plasma source
• Air cooled microwave plasma source of 1000W - No chiller required
• The lowest carbon footprint of any OES instrument in the market
• Eliminates the need for water-cooled copper coils, saving costs of chillerand reducing noise and heat in your laboratory
• Provides the ability to analyze total dissolved solids and organic solvents
• Simultaneous, research grade spectrometer allows for flexible wavelength selection.
• The analysis time is typically less than 3 minutes per sample with reliability of result confirmation.
• Mass flow controlled coolant, auxilary & nebulizergas for reliable and stable sample measurements
• Nitrogen gas can be sourced from liquid dewar,compressed gas cylinder or nitrogen generator
• Typical plasma gas flow is 14L/minute

Downloads

2024Brochure

Specifications

Lubricating Oils Brochure

Mining and Mineral Analysis