Ellutia 200 Series Compact Gas Chromatograph with Multi-Detector and Programmable Pressure Control

The Ellutia 200 Series Compact Gas Chromatograph is a portable, lightweight analytical instrument optimized for precision in biotechnology and molecular diagnostics workflows requiring gas chromatography. Featuring a *single channel* design, it supports an optional autosampler compatible with liquid, headspace, or Solid Phase Microextraction (SPME) sample types, enhancing its utility in complex bioprocessing and synthetic biology applications.

Key technical specifications include:

• Injector: Split/splitless mode allowing flexible sample introduction for a range of volatile and semi-volatile compounds.
• Detectors: User-selectable between Flame Ionization Detector (FID), Flame Photometric Detector (FPD), Thermal Conductivity Detector (TCD), or Electron Capture Detector (ECD), accommodating diverse analytical needs in biomedical engineering and clinical diagnostics.
• Oven Temperature Range: Ambient +15 °C up to 300 °C, suitable for a wide array of column chemistries and temperature programming protocols critical in biomanufacturing and gene editing research.
• Column Compatibility: Supports columns up to 7 inches in length, with internal diameters between 100-530 µm, and lengths from 10 to 120 meters, including capillary and packed columns.
• Control: Operated via integrated keyboard or PC software (Ellution Data Station included) for data acquisition and instrument control, with optional Chromstar software enabling advanced method creation, ramp programming, pressure scheduling, and temperature control of injectors and detectors.

This gas chromatograph is widely adopted in synthetic biology research and molecular cloning workflows, where precise volatile analysis is essential. Its compact footprint and versatile detection capabilities make it suitable for in-lab research or bioprocess monitoring, particularly in applications demanding robust, programmable pressure-controlled chromatography for enhanced resolution and reproducibility.