- High resolution and pseudo resolution capabilities
- The only MC-ICP-MS with resolution to >5,000 (10% valley definition) whilst maintaining peak flat
- Independent slits on each collector
- Collectors can be operated at different resolutions, for maximum beam transmission
- Enhanced variable zoom optics for maximum flexibility
- Proven, patented zoom optics system allows instant peak coincidence changes without the requirement to physically move detectors
- Collector array with sixteen Faraday detectors
- State of the art Faraday detectors have a 55 volt dynamic range using 1e11 ohm resistors
- Collector with 3 ion counting multipliers
- Ultra stable and ultra reliable full size discrete dynode multipliers are the only choice for precise, accurate isotope ratios with small samples
- Optional high abundance deceleration filters available for each ion counting detector
- Improved abundance sensitivity wherever it is needed
- Compact torch box design with an externally mounted sample introduction system
- Quick release glassware design for rapid changes to sample introduction
- Enhanced pumping configuration
- Unique pumping system provides maximum protection of vacuum integrity
- Ground potential analyser operation
- For ease of maintenance, safe operation and reduced footprint
- State-of-the-art electronics and software
- Purpose designed and built, with full monitoring of all instrument parameters and power supply status. Open access software policy and remote diagnostics
nuinstruments
MULTICOLLECTOR ICP-MS
The Nu Plasma 1700 is a unique High Resolution Multi Collector ICP-MS from Nu Instruments providing the ultimate in high resolution isotope ratio measurements.
The instrument has been designed with a high dispersion and large geometry to provide a no compromise high resolution capability whilst still maintaining flat top peaks for high precision measurements with minimal loss in sensitivity.
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Peak flat at 5,000 resolution
The Nu Plasma 1700's large geometry uniquely allows resolutions of >5,000 while maintaining peak flat. Each of its sixteen Faraday detectors and three full size discrete dynode multipliers have independent variable high-resolution slits allowing different resolutions on individual detectors. When the highest performing MC-ICP-MS is required, the Nu Plasma 1700 is the no compromise solution.
