The GC2021 gas chromatography is equipped with a 10-inch touch screen and integrates a high-precision EPC gas line (0.001 psi), supporting multiple modes including constant flow and programmed lift. It features an integrated intelligent maintenance and IoT platform, enabling status monitoring, remote diagnostics, and LIMS system integration to ensure stable analysis and efficient management.
10-inch HD touchscreen: responsive operation with crystal-clear spectrum display.
Intelligent Maintenance System: Real-time monitoring of equipment status with customizable consumable replacement reminders (e.g., injection pads). High-precision EPC Gas Path Control: Pressure accuracy of 0.001 psi, featuring automatic temperature compensation and supporting multiple modes including constant current, constant pressure, and programmed lift, ensuring stable and accurate analysis.
IoT platform: integrates intelligent diagnostics, multi-analysis modes, and LIMS systems, supporting wired/wireless connectivity and multi-terminal remote management.
The Elite GC2021 gas chromatography features an intelligent built-in liquid autosampler, supporting high-throughput analysis with a capacity of up to 108 samples. Its rotary operation allows sampling for two injection ports without instrument movement and enables seamless switching between liquid autosampling and headspace modes on the same unit. Equipped with a Programmable Pneumatic Control system, it automatically monitors all gas path parameters, alerts on deviations, and adjusts carrier gas flow to compensate for ambient changes, ensuring reproducible results. The system offers multiple inlet options, including Packed, Split/Splitless Capillary, and Programmable Split/Splitless inlets. Its dual-channel configuration, with two injection ports and two detectors, meets diverse analytical needs. The titanium-inertized capillary inlet effectively reduces active compound adsorption, ensuring excellent recovery and repeatability. The temperature-programmable inlet comes standard with a fan for rapid cooling.