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Key Features
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Compact, High-Throughput Design with Intuvo 9000 GC
50% smaller footprint with faster sample turnaround using ballistic direct oven heating and ferrule-free column connections. Guard Chips extend column life, and built-in intelligence provides autonomous monitoring, guided maintenance, and remote access. -
Ultra-Sensitive Detection via 5977B GC/MSD
High-Efficiency Source (HES) enables femtogram-level detection with excellent sensitivity, selectivity, and robustness. Fast scan speeds and high mass accuracy ensure reliable performance across applications. -
Versatile 7693A Automatic Liquid Sampler (ALS)
Modular design scalable from 16 to 150 vials. Supports dual simultaneous injections, fast injection protocols, sandwich injections, optional heater/mixer/barcode reader, and priority-sample handling for flexible workflows. -
Seamless Integration
Intuvo 9000 GC integrates fully with the 7693A ALS, with touchscreen and web interfaces providing unified control, diagnostics, and alerts.
Applications
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Pharmaceutical QC – Residual solvent and impurity testing with automated high-throughput workflows.
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Environmental & Food Safety – Trace-level VOCs, pesticides, and contaminants in complex matrices.
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Forensics & Clinical Testing – Rapid, automated screening with high reproducibility.
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Chemical & Petrochemical Analysis – Robust testing of fuels, lubricants, and industrial chemicals with minimal downtime.
Specifications
Component | Highlights |
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Intuvo 9000 GC | • 50% reduced footprint • Fast oven cooling (450 → 50 °C in <3 min) • Direct heating oven: 30–450 °C at up to 250 °C/min • Ferrule-free click-and-run connections • Guard Chips to protect columns • Built-in diagnostics, remote interface, retention time locking |
5977B GC/MSD | • High sensitivity with HES (fg-level IDL) • Mass range: 1.6–1,050 u • Scan speed: up to 20,000 u/s • High mass accuracy and stability |
7693A ALS | • Modular capacity: 16 to 150 vials • Dual simultaneous injections • Sandwich injection mode • Heater/mixer and barcode reader options • Priority sample insertion • Solvent-saving modes • Sensor-aided sample handling |