To meet users’ dual needs for powerful analytical capabilities and reliable, stable performance, EXPEC Technology, an independently incubated subsidiary of FPI, has successfully developed the GC 2000 Gas Chromatograph. Featuring advanced electronic pressure/flow control and high-precision independent temperature control, the GC 2000 can be used with various sample-preparation devices and has obtained CE certification. Whether for routine analysis or complex challenges, the GC 2000 helps improve productivity and analytical accuracy.
I. Product Configuration
- Automatic Liquid Sampler (ALS): A 16-position tower-style injection system with rotary sample delivery and syringe cleaning. It offers a high degree of automation, supports multiple injection-mode settings, lowers the barrier to instrument operation, and reduces errors caused by human intervention.
- Split/Splitless Inlet (SSL): A universal inlet with a lateral quick-release design for simple operation and maintenance. It supports capillary columns of various diameters, while inerting technology further enhances resistance to contamination and corrosion, delivering excellent analytical reproducibility.
- Flame Ionization Detector (FID): A universal detector for organic compounds, featuring a wide linear range and a broad boiling-point-range design. It accommodates diverse scenarios involving high and low concentrations as well as light and heavy components, enabling efficient and accurate analysis of organic hydrocarbons.
II. Product Highlights
The GC 2000 features intelligent functions such as self-diagnosis, automatic leak checking, automatic carrier-gas conservation, and automatic reminders, helping users easily monitor instrument status and quickly troubleshoot problems. It can also be paired with various sample-preparation devices, including solid-phase microextraction, headspace samplers, and liquid samplers, to support a wider range of applications.
- ✓ Advanced Analytical Performance: Combining cutting-edge technology with a robust design to deliver stable and reliable results.
- ✓ Fully Electronic Flow/Pressure Control: High-precision electronic pressure/flow control is used throughout the gas path, supporting constant-pressure, constant-flow, programmed-pressure-ramp, and programmed-flow-ramp modes.
- ✓ Versatile Applications: Suitable for multiple industries, including environmental monitoring, food safety, and pharmaceutical research.
- ✓ User-Friendly Operation: Intelligent functions simplify workflows, reduce errors, and improve work efficiency.
- ✓ Compliance with Global Standards: Certified for use in regulated industries, helping ensure accuracy and reliability.
III. Applications
The GC 2000 is widely used in analytical fields such as food, pharmaceuticals, and petrochemicals, providing reliable safety assurance to government agencies, universities, and enterprises across Europe, Asia, and the Americas.
- Supporting Edible-Oil Quality and Safety in Europe and Asia
The GC 2000 can be used for on-site testing and analysis of edible oils. At a laboratory in Europe, it is used to analyze vegetable-oil components, solvent residues, waxes, sterols, mineral oils, and other key indicators. At an edible-oil manufacturer in China, the instrument is used to test No. 6 solvent and 17 fatty acids.
Faced with edible-oil samples featuring complex matrices and diverse components, the instrument demonstrates strong separation capability, stable retention times, and excellent result repeatability.
Since being put into routine operation, the instrument has consistently maintained stable and reliable analytical performance.
At a laboratory in Europe, an EXPEC Technology gas chromatograph is used for edible-oil analysis.
At an edible-oil manufacturer in China, an EXPEC Technology gas chromatograph is used for edible-oil analysis.
- Supporting High-Purity Gas Projects in Asia
At a coal-chemical company in China, the GC 2000 was used in the delivery of a high-purity gas project. The project was equipped with our independently developed Pulsed Discharge Helium Ionization Detector (PDHID) for impurity analysis in high-purity gases.
The Pulsed Discharge Helium Ionization Detector (PDHID) is a specialized detector for trace-gas analysis and is commonly used to analyze high-purity gases, ultra-high-purity gases, and specialty gases for the electronics industry.
The current valve-and-flow-path solution for the GC 2000 equipped with a PDHID meets the analytical requirements of various high-purity gases, including high-purity hydrogen, oxygen, argon, helium, and nitrogen. It has broad applications in industrial gases, hydrogen-energy fuels, hydrogen-refueling stations, and other industries.
- Supporting Drunk-Driving Enforcement in Asia
In a municipal public security bureau in China, the “lights-out laboratory” project based on the GC 2000 has been initially implemented and proven effective. It enables the detection of ethanol in blood and provides an efficient solution for drunk-driving investigations.
Combined with our independently developed sampler, the GC 2000 forms a “lights-out laboratory”—a fully automated blood-alcohol testing system that truly enables efficient, unattended operation.
With its automated and intelligent operating mechanism, the project has attracted broad attention across the industry and further strengthened the solid and extensive cooperation between the company and its customers.
- Supporting the Pharmaceutical Industry in Asia
At China Pharmaceutical University, the GC 2000 is combined with our independently developed sampler for pharmacopoeial method validation, helping establish a benchmark HS-GC-FID application for the pharmaceutical industry.
The HS-GC system has successfully completed basic performance testing, with all indicators in the same performance tier as internationally recognized brands.
- Supporting Agricultural and Food Research in the Americas
At a laboratory at the Universidad de Talca in Chile, the GC 2000 is used for on-site testing and analysis of agricultural products and food, including fatty acid methyl ester analysis and pesticide-residue testing.
Faced with agricultural or food samples containing complex matrices, multiple components, and various interfering substances, the instrument can clearly separate mixtures and achieve accurate determination.
According to the laboratory team, the introduction of the instrument will further promote agricultural and food science research at the Universidad de Talca, in Chile and across South America.
The instrument is also suitable for NMHC analysis, VOCs analysis, and pesticide-residue testing in fruits and vegetables and other foods, making it a trusted partner and professional application expert of choice.
The promotion ends on December 31. The price is under $9,999. This is a limited opportunity—do not miss it.
