Analytical Instruments · BIKAI

BIKAI GC 2000 Gas Chromatography System: FID, ECD & FPD Detectors Explained (2026 Buyer's Guide)

Reviewed by: GBS Analytical Instrumentation Team Last updated: August 2026 Read time: 7 min Category: Laboratory Analytical Instruments

Looking to buy a gas chromatography system in India? Reproducibility problems in GC analysis rarely start with the method — they start with flow control that isn't precise enough to stay invisible. The BIKAI GC 2000 gas chromatography system is engineered around eliminating that variable: electronic pressure control (EPC) accurate to 0.001 psi, a 450°C programmable column oven, and simultaneous support for up to four detectors (FID, ECD, FPD) and two split/splitless injection ports on a single footprint. This GC instrument buying guide covers full technical specifications, detector selection (FID vs ECD vs FPD), pharmaceutical, food safety, and petrochemical applications, gas chromatography system price in India, and answers to the questions lab managers, procurement teams, and QC chemists most often ask before purchasing laboratory analytical instruments.

8" Android Touch Screen 0.001 PSI EPC Precision 450°C Column Oven FID / ECD / FPD Ready Split/Splitless Injection GC System Price India GMP & Pharmacopoeia Ready
BIKAI GC 2000 gas chromatography system India - GC instrument with FID ECD FPD detectors and 8 inch Android touch screen, front view

BIKAI GC 2000 Gas Chromatography System — GC instrument with Android touch screen, electronic pressure control & multi-detector support

Quick answer: What is the BIKAI GC 2000?

The BIKAI GC 2000 gas chromatography system is a programmable, electronically pressure-controlled GC instrument (0.001 psi EPC precision), with a 450°C column oven and simultaneous support for up to 4 detectors — FID, ECD, and FPD — plus 2 split/splitless injection ports. It is supplied and supported in India by Global Bioscience Solutions for pharmaceutical residual solvent testing, food safety and pesticide residue analysis, environmental VOC monitoring, and petrochemical trace-compound detection, delivering peak area repeatability under 0.5% RSD and retention time repeatability under 0.008% RSD.

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Why Flow Precision Is the Real Differentiator in GC Systems

Ghost peaks, retention-time drift, and inconsistent peak areas are usually blamed on the column or the method — but in most cases, the root cause is upstream: pressure and flow control that isn't tight enough to hold steady across a run, or across environmental changes in the lab itself. The GC 2000's electronic pressure control (EPC) module uses ruby damping and standardized pressure/temperature compensation to keep carrier and makeup gas flows stable regardless of ambient conditions, which is what ultimately drives its sub-0.5% peak area repeatability.

Key Features

01

Electronic Pressure Control

0.001 psi precision with ruby damping and 4th-order programmed pressure/flow rise for advanced method development.

02

Android Touch Screen & Self-Diagnosis

8-inch capacitive touch interface with built-in automatic leak check and self-leakage detection before every run.

03

Multi-Detector Capability

Install up to 4 detectors and 2 injection ports simultaneously — run FID, ECD, and FPD workflows on one system.

04

Ultra-Deactivated Injection Ports

Eliminates active surface sites for sharper peak shape on trace compounds, with electronic septum purge to prevent ghost peaks.

05

Rapid Oven Programming

Room temp +4°C to 450°C, 32 heating gradients, 33 constant-temperature platforms, and 450°C→50°C cooldown in 6 minutes.

06

Broad Carrier Gas Support

Compatible with Ar, N2, He, and H2, with split ratios up to 12500:1 for trace-level sensitivity.

Choosing the Right Detector: FID vs ECD vs FPD

Detector selection depends entirely on what class of compound you're analyzing. Here's how the three options supported by the GC 2000 compare:

FID — Flame Ionization Detector

The most common universal detector for hydrocarbon-containing compounds. Baseline noise <1×10⁻¹³ A, detection limit <1.2×10⁻¹² g C/s. Best default choice for general organic analysis.

ECD — Electron Capture Detector

Uses a 63Ni radioactive source; baseline noise <0.02 mV, linear range 10⁴. Extremely sensitive to electronegative, halogenated compounds — the standard choice for pesticide residue and environmental pollutant analysis.

FPD — Flame Photometric Detector

Specialized single-wavelength detector used exclusively for sulfur and phosphorous compound analysis — critical in petrochemical and agrochemical testing.

Full Technical Specifications

BIKAI GC 2000 — System & Injection
ParameterSpecification
System ControlElectronic flow pressure control (EPC), 0.001 psi precision
Injection PortsUltra-deactivated split/splitless port, up to 2 installed
Split RatioUp to 12500:1
Carrier Gas SupportAr, N2, He, H2
Column Oven Parameters
ParameterSpecification
Temperature RangeRoom temperature +4°C to 450°C
Heating / Cooling RateMax heating 120°C/min; cooling 450°C→50°C in 6 minutes
Heating Programs32 oven heating gradients, 33 constant-temperature platforms
Detectors & Interface
ParameterSpecification
FID DetectorBaseline noise <1×10⁻¹³ A; detection limit <1.2×10⁻¹² g C/s
ECD Detector63Ni source; baseline noise <0.02 mV; linear range 10⁴
FPD DetectorSingle-wavelength, sulfur/phosphorous specific
User Interface8-inch Android capacitive touch screen
RepeatabilityPeak area <0.5% RSD; retention time <0.008% RSD
Dimensions / Weight486mm (H) × 556.4mm (W) × 558mm (D) | 38.1 kg

Industry Applications

Configuration flexibility — detector choice, injection port count, and oven programming — is what lets the GC 2000 serve genuinely different industries on the same base platform:

Pharmaceutical Quality Control

  • Volatile impurity profiling
  • Residual solvent testing (ICH/pharmacopoeia compliance)
  • Active pharmaceutical ingredient (API) purity checks

Food Safety & Agrochemical Testing

  • Pesticide residue analysis (ECD)
  • Halogenated environmental pollutant tracking
  • Agricultural chemical residue screening

Petrochemical & Oil/Gas Labs

  • Trace sulfur and phosphorous detection (FPD)
  • Complex hydrocarbon matrix analysis
  • Fuel and lubricant composition testing

Environmental Testing Labs

  • Water and soil contaminant screening
  • Volatile organic compound (VOC) monitoring
  • Regulatory compliance testing

Academic & Research Institutions

  • Method development and teaching labs
  • Multi-detector comparative studies
  • Analytical chemistry research

Forensic & Toxicology Labs

  • Trace compound identification
  • High-sensitivity residue analysis
  • Chain-of-custody-compliant reproducibility
2021
Serving Indian labs since
IISc · IIT-B · NCBS
Institutions we've supplied
<0.5%
Peak area repeatability (RSD)
Pan-India
Sales, installation & AMC support
GBS

Global Bioscience Solutions — Analytical Instrumentation Team

Authorized supplier and service partner for BIKAI, Quorum, Blue-Ray, and NuNano instrumentation across India. This guide is based on manufacturer specifications and installation experience across pharmaceutical, research, and industrial labs since 2021.

Frequently Asked Questions

What is a gas chromatography system used for in laboratory analysis?

A gas chromatography system separates, quantifies, and analyzes compounds that can be vaporized without decomposition. It's used to determine substance purity, separate mixture components, and detect trace elements such as pesticides or residual solvents.

What is the difference between FID, ECD, and FPD detectors in gas chromatography?

FID (Flame Ionization) is a universal detector for hydrocarbon-containing compounds. ECD (Electron Capture, 63Ni source) is highly sensitive to electronegative compounds like halogenated pesticides. FPD (Flame Photometric) is used exclusively for sulfur and phosphorous compound analysis.

What is electronic pressure control (EPC) in a gas chromatography system?

EPC digitizes gas flow control, replacing manual valves with software-adjusted carrier and makeup gas flows. The GC 2000's EPC delivers 0.001 psi precision with pressure/temperature compensation, so ambient lab changes don't affect chromatographic results.

What is the column oven temperature range on the BIKAI GC 2000?

Room temperature +4°C up to 450°C, with support for 32 oven heating gradients and rapid cooldown from 450°C to 50°C in approximately 6 minutes.

Can the GC 2000 run multiple detectors at the same time?

Yes. The system supports simultaneous installation of up to 4 detectors and 2 injection ports, allowing FID, ECD, and FPD workflows to run on a single instrument footprint.

What is the price of a gas chromatography system in India?

Pricing depends on configuration — detector count, injection ports, and accessories all affect the final quote. Contact Global Bioscience Solutions for a customized price quote based on your application.

Request a Custom Quote for the BIKAI GC 2000

Tell us your application — pharma, food safety, environmental, or petrochemical — and we'll help you configure the right detector and injection setup.


Or reach us directly — sales@globalbiosciencesolution.com  |  WhatsApp Sales Support