COLO.Science · Technical Specification
GC2000
Gas Chromatograph · Electronic Flow Control · High-precision EPC · Multi-detector Flexibility
The new-generation GC2000 gas chromatograph is positioned as a high-performance laboratory platform
benchmarked against international leading brands. The system integrates
advanced electronic flow control, microfluidic plate control,
high-precision independent temperature control, and intelligent operating functions
for reliable analytical performance and daily stability.
Gas Chromatograph
Electronic Flow Control
0.001 psi EPC
Up to 4 Detectors
Android UI
32/33-stage Oven Program
Liquid / Headspace / SPME
Document type: Technical Specification Sheet
Format: Landscape (Word/Outlook-ready)
Format: Landscape (Word/Outlook-ready)
Instrument
GC2000 · COLO.Science
Address (HQ)
Polje ob Sotli 4
SI-3255, Slovenia
SI-3255, Slovenia
Contact
GC2000 · Technical Specification
Document ID: COL-TEC-GC2000-EN
Version: Landscape
Informational technical sheet · Non-binding · Controlled electronic document
Version: Landscape
Informational technical sheet · Non-binding · Controlled electronic document
GC2000 · gas chromatograph technical specification sheet
Ultra-stable Injection Port
Ruby-core EPC
World-class Column Oven
Android-based APP
Multiple Detector Options
— Flexible chromatographic platform for routine and advanced analytical workflows
📋 general & platform specifications
| instrument identity | |
|---|---|
| model | GC2000 |
| instrument type | Gas chromatograph |
| platform positioning | New-generation GC system benchmarked against international leading brands |
| core control architecture | Advanced electronic flow control, microfluidic plate control, and high-precision independent temperature control |
| analytical focus | Strong analytical capability with reliable stability for routine and application-expansion workflows |
| intelligent system functions | |
| self-diagnosis | Supported |
| self-leak detection | Supported |
| carrier gas saving | Supported |
| automatic reminders | Supported |
| system status visibility | Instrument status can be easily monitored for faster troubleshooting |
| pretreatment / accessory compatibility | |
| pretreatment compatibility | Can be matched with solid phase microextraction, headspace, liquid sampler, and related pretreatment equipment |
| application expansion | Designed to support broader method development and multi-scenario laboratory use |
⚙️ key hardware features
| liquid injection port | Ultra-stable liquid injection port with fully electronic flow control and built-in self-diagnostic function. |
| contamination control | No need for manual soap leak detection, reducing the risk of system contamination. |
| surface treatment option | Optional permanent ultra-deactivated surface treatment for stronger adsorption and corrosive sample handling. |
| pressure control | Ultra-high-precision electronic pressure controller (EPC) with long-term stable control performance. |
| EPC core | Ruby-material EPC core. |
| pressure accuracy | Up to 0.001 psi. |
🌡️ oven & temperature programming
| column oven class | World-class column oven |
| temperature programming | Supports up to 32-stage / 33-platform temperature programs |
| method adaptability | Adapted to highly complex analytical methods |
| equilibration behavior | Rapid column temperature equilibration for reduced waiting time between analyses |
🖥️ user interface & detector configuration
| operating environment | Human-computer interaction APP based on Android intelligent operating system |
| interface concept | Skeuomorphic graphic UI design with clear monitoring content |
| display | 8-inch color screen |
| screen resolution | 1280 × 720 (RGB) |
| touch operation | Capacitive full-touch operation |
| detector capacity | Supports multiple detector options, up to four detectors at the same time |
🔬 supported detector options
| detector options |
|---|
| Flame Ionization Detector (FID) |
| Electron Capture Detector (ECD) |
| Flame Photometric Detector (FPD) |
| Thermal Conductivity Detector (TCD) |
| Mass Selectivity Detector (MS) |
| Triple Quadrupole Mass Spectrometer (MS/MS) |
🧪 application examples
| application field | application description |
|---|---|
| environment & health | NMTH analysis solutions. According to HJ 604 and HJ 38 standards, the instrument can be configured with a built-in self-priming sampling system, dual-channel single-FID detection, and post-run automatic reverse pipeline cleaning for the determination of NMTHs in ambient air and waste gas from stationary pollution sources. |
| food / agriculture | Multi-residue analysis solutions for pesticides in vegetables and fruits. According to NY/T761 and related standards, the dual-tower liquid autosampler can be used for sample injection, while FPD and ECD dual-column dual-channel detection can support determination of multiple residues of organochlorine and organophosphorus pesticides. |
| method expansion | The GC2000 platform is intended for laboratories that need one flexible instrument capable of supporting multiple detector types, multiple pretreatment modes, and broader analytical method development. |
📌 operational highlights
| daily usability | Self-diagnosis, leak detection and automatic reminders help users identify operating status quickly. |
| sample adaptability | Optional ultra-deactivated injection surfaces improve suitability for adsorption-prone and corrosive samples. |
| method turnaround | Fast oven equilibration helps reduce waiting time between consecutive chromatographic analyses. |
🧩 practical notes
| configuration note | Final detector package, autosampler scope, and pretreatment accessories should be defined in the quotation. |
| application note | Application examples shown in this document represent typical workflow directions and should be validated against the final laboratory method. |
| specification note | This sheet is based on visible source material and feature highlights rather than a full factory numeric datasheet. |
📄 source material: brochure highlights / provided screenshots
🔬 detector flexibility: up to four detectors
⚙️ control focus: electronic flow + high-precision EPC
🧾 procurement: binding spec = quotation package
📌 Contact & Support
Headquarters address
Polje ob Sotli 4
SI-3255, Slovenia
Application guidance: tell us your sample type, detector preference, target analytes and automation needs.
We will propose the matching GC2000 configuration and workflow fit for your laboratory.
We will propose the matching GC2000 configuration and workflow fit for your laboratory.
Quick contact
Manufacturer & configuration notice (important):
Specifications in this document are provided for general reference and may represent a typical configuration. COLO reserves the right to change technical specifications without notice.
For procurement and tender purposes, the only valid and binding specification is the official COLO quotation and the accompanying technical specification that is engineering-approved.
Specifications in this document are provided for general reference and may represent a typical configuration. COLO reserves the right to change technical specifications without notice.
For procurement and tender purposes, the only valid and binding specification is the official COLO quotation and the accompanying technical specification that is engineering-approved.