MICAP-OES 1000
1. 唯一微波感應藕荷氮氣電漿設計。
2. 最減少碳排的金屬元素分析利器。
3. 使用N₂非Ar節省操作成本。
MICAP-OES 1000
1. 唯一微波感應藕荷氮氣電漿設計。
2. 最減少碳排的金屬元素分析利器。
3. 使用N2非Ar節省操作成本。
MICAP-OES 1000
The Most Innovative Microwave Inductively Coupled Plasma Emission Spectrometer On The Market
• Lowest Operating Cost
• Simultaneous Measurement
• Lowest Carbon Footprint
• Smallest Laboratory Footprint
Radom Corporation developed the solution for onsite instrumentation with Microwave Inductively Coupled Atmospheric Plasma – Optical Emission Spectrometer with 1000W power.
This innovative nitrogen-based plasma atomic spectroscopy instrument replaces the traditional argon generated plasma technology.
MICAP-OES 1000 uses highly efficient Cerawave technology which eliminates the electric watercooled coil found in commercially available
ICP-OES instruments today. Cerawave does not need water or air cooling and 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.
Product Specification
MICAP-OES 1000 Plasma Source
Standard torch dimensions (20 mm) with 1.5 mm injector (2.5 mm injector option) designed around the fixed position torch holder assembly.
Variable speed four-channel peristaltic pump and concentric 1 mL/min nebulizer are standard sample introduction assembly (SIA) components.
Vertical torch position with axial viewing and automated, uniform plasma tail removal.
Echelle Spectrometer simultaneously measures the entire wavelength range with every solution injection.
