MICAP-OES 1000
The World's Smallest ICP
Compact benchtop inductively coupled plasma optical emission spectrometer
Key Features
- Microwave plasma source – runs on Nitrogen
- High matrix tolerance
- High efficiency energy coupling – no water chiller required
- High resolution, simultaneous compact spectrometer
- Low operating costs – can operate from local N₂ generator
MICAP Product Specifications
How Does It Work?
This video demonstrates how the N₂ plasma in the MICAP is created. Microwave power coupled into the Cerawave ring induces the plasma, which is seeded with a high voltage spark. Sample aerosol introduced into the plasma generates light emission from the excited elements.
Description
MICAP-OES 1000 is a microwave N₂ ICP-OES system with independent plasma source and high-resolution spectrometer components – which are coupled together with an optical fiber to transmit the emitted light.
Vertically orientated axial-viewed plasma utilizing an air knife for plasma tail removal. Standard ICP torch dimension (20 mm diameter). Fully air-cooled operation under normal laboratory conditions.
Modular design supports quick and easy setup, along with installations in remote locations where traditional laboratory support is not available.
Dimensions (WxHxD)
- 20.7 x 22 x 14 in (525 x 560 x 350 mm)
- Height excludes fiber optic & ventilation port
Weight
- Total weight of both modules 67 lbs (30 kg)
Simultaneous Spectrometer
- Echelle spectrometer, 194 – 625 nm continuous + 766 nm
- Peak resolution 5 – 30 pm, 7 pm at 200 nm
- 4 MP sCMOS detector
- Fiber optic coupling to plasma unit
- ActivePeak tracking
Power Requirements
- Plasma source: 208 – 240 V / 10 A
- Spectrometer: 110 – 240 V / 8 A
- PC 110 – 240 V
- Autosampler: 100 – 249 V
Gas Supplies
- Nitrogen, 99.99% purity, typically 16 L/min
- Compressed Air, clean/dried/filtered. 25 L/min
- Argon, 99% purity, 2 L total per ignition sequence
Environmental Requirements
* Camera cooler required