Real-time trace gas analyzer for Voc detection
Achieve real-time, multi-analyte detection of volatile organic compounds and gases, eliminating the need for chromatography steps while ensuring high sensitivity and selectivity across diverse applications.
Detects and Quantifies VOCs in Real-Time
The Syft Tracer from Syft Technologies revolutionizes trace gas analysis by providing real-time, selective detection and quantification of VOCs and inorganic gases without the need for chromatographic separation. Its capabilities make it indispensable across semiconductor, environmental, pharmaceutical, and consumer goods industries, offering unmatched analytical flexibility to tackle diverse application challenges, from semiconductor wafer quality assurance to ensuring air purity in cleanrooms. The Syft Tracer supports continuous, automated monitoring, seamlessly integrating into existing production lines with its high-throughput, 24/7 operation. Utilizing chemical ionization and an extensive compound library, it delivers trace-level sensitivity and high selectivity, all packaged in a user-friendly system requiring minimal sample preparation. Compliant with safety and environmental standards such as CE and ISO9001, the Syft Tracer is engineered for robustness, featuring a durable construction suited for demanding industrial environments. Customizable features and engineering support ensure optimal alignment with specific project needs, promoting efficient maintenance and longevity.
Benefits
- Enhances efficiency with real-time gas analysis, eliminating the need for sample preparation.
- Increases operational productivity through continuous, high-throughput monitoring.
- Supports complex compound detection across diverse applications with its extensive ionization library.
- Lowers operational costs with robust, low-maintenance design for 24/7 industrial use.
- Ensures regulatory compliance with CE and ISO9001 certifications.
- Applications
- Industrial fumigation,Material emissions,Toxic industrial chemicals,Packaging testing,Odor analysis,Consumer goods,Voc emissions,Drug delivery devices,Semiconductors,Cleanroom monitoring,Environmental monitoring,Atmospheric research,Pharmaceuticals
- End products
- Chemical reagents,Plastic packaging,Air fresheners,Water quality sensors,Cleaning products,Industrial solvents,Respiratory inhalers,Food packaging,Semiconductor wafers,Air quality monitors,Building insulation,Cleanroom garments,Circuit boards,Construction materials,Perfumes,Microchips,Scented candles,Prescription medications,Adhesives,Aerosol canisters
- Steps before
- Sample collection,Sample transport,Source water preparation,Carrier gas preparation
- Steps after
- Data analysis,Report generation,Environmental monitoring,Sample disposal
- Input ingredients
- volatile organic compounds (VOCs),inorganic gases,small polar molecules,trace gases,residual solvents,airborne molecular contaminants (AMCs),contaminants,volatile emissions,odors,water and soil samples,trace fumigants,toxic industrial chemicals (TICs)
- Output ingredients
- real-time data analysis,multi-analyte detection,quantitative data,lab-grade results,analysis of contamination sites,broad-spectrum identification,characterization of odors and emissions
- Market info
- Syft Technologies is renowned for its advanced chemical analysis solutions, particularly using Selected Ion Flow Tube Mass Spectrometry (SIFT-MS) for real-time, high-sensitivity detection of volatile organic compounds across various industries.
- Detection type
- Mass Spectrometry
- Limit of detection
- Compound specific,typical VOC <20 pptv
- Compound coverage
- 1500+ compound library of VOCs and inorganics
- Mass range
- 10 - 400 amu
- Mass resolution
- Unit resolution across the mass range
- Linearity range
- R2 > 0.99
- Sample consumption
- Typically,100 mL/min of scan
- Performance Tune
- Recommended daily,and per 5 °C change in ambient temperature since last run
- Nitrogen carrier gas
- >99.999% N2 at 160 mL/min while running scans
- Helium carrier gas
- >99.999% He at 360 mL/min while running scans
- Source water bottle
- DI Water at 200 mL per 6 months
- Real-time trace gas analysis
- Low parts-per-trillion by volume (pptV)
- Ease of operation
- Push-button simplicity,no sample preparation
- Changeover requirement
- None,direct analysis
- Multi-analyte detection
- Simultaneous,in one analysis
- Automation level
- Manual / Auto operation
- Continuous operation capability
- 24/7
- System durability
- Optimized for high-throughput environments
- Performance tuning
- Daily,per 5 °C change
- Sample preparation
- None required
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Dimensions
- Height (laptop and light tower flat)
- Dimensions
- Height (light tower at full extension)
- Dimensions
- Width
- Dimensions
- Depth
- Weight
- 510 kg (1125 lb)
- Control panel type
- Push-button simplicity
- User interface
- User-friendly interface
- Integration possibilities
- 24/7 operation optimized
- System configuration
- Single instrument configuration
- Autosampler integration
- High-throughput SIFT-MS analysis
- Configuration flexibility
- Unified configuration for multiple methods