Thermofisher Neoma™ Multicollector ICP-MS

Mass Accuracy

Achieves a mass accuracy specification of 0.5 ppm, ensuring precise isotope ratio measurements.

Resolution

Low, medium, and high
XHR (Extra High Resolution) up to 15,000 with the XHR option

Sensitivity

Greater than 1.5% for uranium and lead

Speed

Capable of high-precision isotope analysis with rapid switching between applications

Dynamic Range

6 Gcps (10^11 Ω)45
Extended dynamic range up to 60 Gcps

Mass Range

From Li to U

Detection Limit

Jet Interface and desolvating nebulizer achieve >1.5% ion yield for uranium & lead, ensuring top-tier ICP-MS sensitivity.

Detector

11 moveable Faraday cups
1 central dual-mode detector (Faraday/SEM)

Ionization Method

Inductively coupled plasma (ICP)9

Ion Source

Robust iCAP Qnova ICP-MS source with a field-proven Ar ion source

Interface

Jet Interface

Gas Flow and Requirements

Utilizes argon for plasma generation with adaptable flow rates, ensuring robustness for varying sample matrices.

Mass Analyzer

Magnetic sector

Quadrupole

Retarding Potential Quadrupole (RPQ)

Chromatography

Gas chromatography10

Sample Handling

• Supports wet or dry plasma


• Compatible with laser ablation


• Enables hydride generation


• Integrates with gas chromatography

Injection System

Compatible with both wet and dry plasma introduction systems, including desolvating nebulizer systems to enhance sensitivity.

Data Acquisition

Time-resolved data acquisition and analysis (TRA)

Data Analysis

Comprehensive data evaluation, including transient signal analysis

Automation

Workflow support and automation

Software

Thermo Scientific™ Qtegra™ Intelligent Scientific Data Solution™ (ISDS) Software

Ease of Use

One-click "Get Ready" function, simple dynamic workflow and an intuitive user interface

Maintenance and Durability

Features a robust design with components like the iCAP Qnova ICP-MS source, ensuring durability.
The system includes user-friendly software for streamlined workflows and enhanced productivity.

Operating Conditions

Designed to operate under standard laboratory conditions.
Specific environmental requirements are not detailed but should align with typical laboratory standards for ICP-MS instruments.

Power and Cooling

Requires appropriate power supply and cooling systems typical for high-precision mass spectrometers.
Specific specifications are not detailed but should be consistent with standard laboratory infrastructure.

Dimensions and Footprint

Designed to fit standard laboratory environments.
Specific dimensions are not provided but should be confirmed with the manufacturer for precise planning.

Brand and Model

Thermo Scientific™ Neoma™ Multicollector ICP-MS

Documentation and Support

Comprehensive support and documentation are available through Thermo Fisher Scientific's official channels, including detailed brochures and technical specifications.

Compatibility and Connectivity

Integration of first and third-party peripherals such as desolvating nebulization, laser ablation, and chromatography systems

Configuration and Options

• Upgrade pathway to Thermo Scientific™ Neoma™ MS/MS MC-ICP-MS


• MIC packages


• XHR


• RPQ

Licensing and Certification

Complies with international standards for laboratory instrumentation.
Specific certifications are not detailed but can be obtained from the manufacturer.

Cost and Operational Expenses

Pricing is available upon request.
Operational expenses include routine maintenance, consumables, and potential software updates.
It's advisable to contact Thermo Fisher Scientific directly for detailed cost information tailored to your specific application needs.