Microwave Nitrogen Plasma
MICAP-OES 1000
AEMAS offers advanced solutions in elemental analysis, prominently featuring Microwave Nitrogen Plasma (MNP) technology. This method utilizes nitrogen gas, readily available from ambient air, as the plasma source, eliminating the need for argon or other rare gases. The MNP technology is designed to be energy-efficient, environmentally friendly, and suitable for both stationary and mobile laboratory settings.
Key features MICAP-OES 1000:
A state-of-the-art Optical Emission Spectrometer that leverages Microwave Inductively Coupled Atmospheric Pressure Plasma for precise elemental analysis. It offers high sensitivity, rapid analysis times, and is designed for ease of use in diverse laboratory settings. Environmental Analysis: Detection of trace metals in soil, water, and air samples. Pharmaceutical Industry: Quality control and elemental analysis in drug development and production. Food Industry: Monitoring and analysis of mineral content in food products. Metallurgy: Analysis of metal compositions in various industrial processes.
Nitrogen-based plasma
Utilizes nitrogen extracted from ambient air, reducing dependency on external gas supplies and lowering operational costs.
Compact design
The equipment’s compactness allows for flexible integration into various laboratory environments, including mobile labs.
Energy efficiency
MNP systems consume less energy compared to traditional plasma sources, aligning with sustainable practices.
Low maintenance
The design minimizes maintenance requirements, ensuring higher uptime and reliability.
