Clarus^® Nova GC system

The MS 2400 SQ Detector integrates with the Clarus Nova GC to deliver ultra-trace detection, superior sensitivity, and dependable performance. Engineered for high-throughput applications, it combines innovative design with easy maintenance to keep your lab running at peak productivity.

Key Features:

• Full scan mass spectra, SIFI, and SIM modes
• Easy maintenance with SMARTsource™ Technology
• Sensitive and reliable Clarifi™ Detector
• Marathon Filament for ultimate robustness

The HS 2400 M Headspace Sampler is engineered to deliver unmatched repeatability, throughput, and ease of use. Featuring pressure-balanced headspace technology and seamless integration with the Clarus Nova GC, it ensures your workflows are smarter, simpler, and more productive.

Key Features:

• Holds up to 40 vials with overlapping thermostatting of 12 vials for maximum throughput
• Pressure-balanced, syringeless, valveless injection system for reliable performance
• Multiple operation modes: Constant, Multiple Headspace Extraction (MHE), and Progressive
• Fully integrated with SimplicityChrom™ CDS software and compatibility with third-party GCs
• Optional hydrogen sensor for enhanced safety and sustainability

Dual Simultaneous Injection enables laboratories to run two injections in parallel, increasing throughput and improving workflow flexibility. With support for dedicated sampling towers on each injector, DSI helps automate workflows while maximizing instrument utilization.

Key Features:

• Run two injections simultaneously to increase sample throughput
• Support dedicated autosampler towers for each injector
• Enable automated workflows with minimal manual intervention
• Increase daily sample capacity without adding additional GC systems

SWAFER technology enables advanced column switching and flexible flow path configurations, allowing laboratories to simplify complex separations and expand analytical capabilities within a single GC platform.

Key Features:

• Advanced column switching for complex separations
• Flexible flow path control for diverse analytical workflows
• Consolidate multiple analytical methods on a single GC system
• Reliable and reproducible switching performance

The integrated Thermal Conductivity Detector expands gas chromatography capabilities by enabling reliable detection of permanent gases and light hydrocarbons across a wide range of applications.

Key Features:

• Detect permanent gases and light hydrocarbons with reliable sensitivity
• Robust detector design for stable and reproducible performance
• Ideal for routine gas analysis workflows
• Fully integrated with Clarus Nova GC operations

SimplicityChrom™ CDS simplifies GC operation with intuitive control, automated workflows, and secure data management that help laboratories run analyses efficiently while maintaining compliance.

Key Features:

• Intuitive Interface: Faster method setup and training
• Automated Workflows: Streamlined data acquisition and reporting
• Regulatory Compliance: Audit trails and electronic signatures
• Expanded Support: TCD, gas valves, NGA and TOGA workflows
• Flexible Integration: Compatible with leading CDS platforms

Clarus Nova GC supports reliable natural gas compositional analysis with a multi detector configuration designed for energy and petrochemical laboratories.

Get accurate results in 15 to 30 minutes while supporting industry standard methods such as ASTM, GPA, and ISO. Additionally, leverage the automated reporting tools help simplify NGA workflows and streamline data reporting.

Clarus Nova GC helps you accurately measure trace helium impurities in hydrogen streams using an integrated TCD with an internal gas sampling valve configuration. This compact setup delivers fast, sensitive impurity detection while supporting hydrogen quality standards used in fuel production and refueling infrastructure.

Designed for hydrogen fuel producers, fuel cell manufacturers, and refueling stations, the system enables reliable monitoring of hydrogen purity while meeting key regulatory requirements such as ISO 14687 and GB/T 37244.

Clarus Nova GC supports transformer oil gas analysis used to monitor transformer health and detect early fault conditions. Using the automated HS 2400TM M Headspace Sampler, get reliable dissolved gas analysis while supporting ASTM D3612 Method C requirements.

The system detects key fault gases associated with electrical and insulation failures, helping utilities and industrial facilities prevent unexpected transformer outages.

Clarus Nova GC helps you perform reliable FOIL and GOIL analysis for refinery and petrochemical streams. The system delivers accurate hydrocarbon separation and consistent results needed for routine process monitoring and quality control.

With flexible configurations and robust performance, Clarus Nova GC supports high throughput refinery workflows, helping you monitor fuel composition and maintain product quality across refining and petrochemical operations.

When you run pharmaceutical GC methods, consistency and data integrity are not optional. Clarus Nova GC helps you perform critical workflows such as residual solvent testing, impurity profiling, and stability studies with confidence.

The GC platform is designed to support regulated laboratory environments, helping you maintain inspection readiness while ensuring consistent performance across instruments and sites. This makes method transfer easier and helps teams deliver reliable results from early development through routine quality control.

Clarus Nova GC helps you generate reliable environmental data while meeting evolving regulatory and sustainability requirements. The platform supports air, water, and soil testing with trace level detection and audit ready performance, helping you deliver defensible results across monitoring programs.

With fast oven performance and flexible detector configurations, Clarus Nova enables high sample throughput and sensitive VOC and pollutant analysis, supporting environmental laboratories working under demanding compliance and reporting requirements.

From flavors and packaging gases to contaminants and spoilage indicators, food laboratories rely on GC to understand what is present in complex food matrices. Clarus Nova GC supports key workflows such as volatile compound analysis, contaminant screening, and packaging gas testing, helping you evaluate food quality and safety with confidence.

Automated headspace capabilities and flexible detector configurations make it easier to analyze diverse food products and packaging environments. Consistent performance across methods helps your laboratory maintain reliable results as testing requirements and food safety standards evolve.