Agilent Intuvo 9000 GC with 7697A Headspace Sampler

What you are buying

High-throughput petrochemical, food-safety, and environmental methods run on the fast, low-maintenance separations the Intuvo 9000 delivers. A Guard Chip protects the flow path from contamination and eliminates the ferrule connections and column clipping older GC platforms require. The direct-heated oven ramps from 30 to 450°C at up to 250°C per minute. Ballistic column heating cuts cycle time between runs. GenTech rebuilds, plumbs, and tests the flow path chips, detectors, and oven, then verifies the instrument against reference standards. You receive an Intuvo that arrives verified and ready to run your methods.

Every unit moves through the GenTech Certified process. Solution Scientists disassemble and inspect each module, replace all consumables and degraded wear components, then tune and calibrate the instrument and verify performance against OEM and published benchmarks using known reference chemicals. The instrument ships with its verification report. A certified-refurbished system gives you that performance without the capital cost or the lead time of a new purchase.

What Agilent says about this platform

Agilent positions the Intuvo 9000 as a step beyond conventional GC architecture. A Guard Chip, a single-use consumable, seals the flow path and protects downstream components from contamination; Agilent’s no-trim columns click into place without ferrules or a wrench. Smart Keys attached to the flow path components identify configuration and column age and load default method parameters automatically. Built-in intelligence tracks more than 100 instrument parameters in real time and walks an operator through self-guided troubleshooting and maintenance. Agilent cites 30 to 450°C oven ramps at up to 250°C per minute from direct, ballistic column heating, faster and more reproducible than a conventional convection oven. Agilent pairs the Intuvo 9000 with its 5977, 7000, and 7010 mass spectrometers for GC-MS configurations.

What each component does

Guard Chip and flow path

A single-use Guard Chip seals the flow path and protects downstream components from contamination. Ferrule-free, click-and-run connections let an operator swap a column in under a minute without tools or leak checks.

Column oven

Direct, ballistic heating replaces a conventional convection oven and ramps from 30 to 450°C at up to 250°C per minute. Faster, more repeatable ramps shorten cycle time between injections.

Inlet and detector chips

Inlets and detectors install as planar chip modules instead of separately plumbed hardware. A chip change replaces the manual reconfiguration a conventional GC needs to switch detection chemistry.

Smart Keys

Smart Keys attached to flow path components identify the installed configuration and column age and load the default method parameters for that setup, which cuts setup error at changeover.

Built-in intelligence

Onboard diagnostics track more than 100 instrument parameters in real time and walk an operator through self-guided maintenance and troubleshooting instead of a service call.

Technical detail

*OEM specifications for brand new instrument.

Labs that run this system

The Intuvo 9000 is method-compatible across the techniques most regulated and research labs run every day. These are the application areas buyers ask about most.

What you are buying

High-throughput petrochemical, food-safety, and environmental methods run on the fast, low-maintenance separations the Intuvo 9000 delivers. A Guard Chip protects the flow path from contamination and eliminates the ferrule connections and column clipping older GC platforms require. The direct-heated oven ramps from 30 to 450°C at up to 250°C per minute. Ballistic column heating cuts cycle time between runs. GenTech rebuilds, plumbs, and tests the flow path chips, detectors, and oven, then verifies the instrument against reference standards. You receive an Intuvo that arrives verified and ready to run your methods.

Every unit moves through the GenTech Certified process. Solution Scientists disassemble and inspect each module, replace all consumables and degraded wear components, then tune and calibrate the instrument and verify performance against OEM and published benchmarks using known reference chemicals. The instrument ships with its verification report. A certified-refurbished system gives you that performance without the capital cost or the lead time of a new purchase.

What Agilent says about this platform

Agilent positions the Intuvo 9000 as a step beyond conventional GC architecture. A Guard Chip, a single-use consumable, seals the flow path and protects downstream components from contamination; Agilent’s no-trim columns click into place without ferrules or a wrench. Smart Keys attached to the flow path components identify configuration and column age and load default method parameters automatically. Built-in intelligence tracks more than 100 instrument parameters in real time and walks an operator through self-guided troubleshooting and maintenance. Agilent cites 30 to 450°C oven ramps at up to 250°C per minute from direct, ballistic column heating, faster and more reproducible than a conventional convection oven. Agilent pairs the Intuvo 9000 with its 5977, 7000, and 7010 mass spectrometers for GC-MS configurations.

What each component does

Guard Chip and flow path

A single-use Guard Chip seals the flow path and protects downstream components from contamination. Ferrule-free, click-and-run connections let an operator swap a column in under a minute without tools or leak checks.

Column oven

Direct, ballistic heating replaces a conventional convection oven and ramps from 30 to 450°C at up to 250°C per minute. Faster, more repeatable ramps shorten cycle time between injections.

Inlet and detector chips

Inlets and detectors install as planar chip modules instead of separately plumbed hardware. A chip change replaces the manual reconfiguration a conventional GC needs to switch detection chemistry.

Smart Keys

Smart Keys attached to flow path components identify the installed configuration and column age and load the default method parameters for that setup, which cuts setup error at changeover.

Built-in intelligence

Onboard diagnostics track more than 100 instrument parameters in real time and walk an operator through self-guided maintenance and troubleshooting instead of a service call.

Technical detail

*OEM specifications for brand new instrument.

Labs that run this system

The Intuvo 9000 is method-compatible across the techniques most regulated and research labs run every day. These are the application areas buyers ask about most.