Identify Your Laboratory Applications

The first step in selecting a gas generator is understanding what you need it for. Each laboratory application demands specific gases and purity levels.

Gas Chromatography (GC & GC-MS):

For carrier, detector, and make-up gases, you will need Hydrogen Gas Generator, Nitrogen Gas Generator, or Zero Air Gas Generator. Gas generator for GC-MS systems provides a constant flow of ultra-pure gases, improving analytical accuracy.

Solvent Evaporation & Sample Preparation:

A Nitrogen Gas Evaporation System is ideal for concentrating samples in pharmaceutical and food testing laboratories. It ensures fast evaporation without altering sample integrity.

Cell Culture & Diagnostics:

Gas generators for tissue culture and diagnostics provide stable gas flow for incubators, ensuring controlled environments for cell growth and tissue research.

Environmental Testing & Agricultural Research:

Gas Generators for Air Quality Testing Equipment and Gas Generators for Controlled Agricultural Environments are essential for monitoring air pollutants and creating controlled plant growth chambers.

Calibration & Forensic Analysis:

Gas Generators for Calibration Labs and Gas Generators for Forensic Labs provide ultra-pure gases required for trace-level testing, toxicology, and evidence analysis.

Determine the Type of Gas Required

Once you identify the application, choose the correct gas type:

• Hydrogen Gas Generator
  Best for GC carrier gas and FID (Flame Ionization Detectors). A High purity hydrogen gas generator (99.999% purity) ensures precise peak resolution, stable baselines, and faster chromatography results.
• Nitrogen Gas Generator
  Used for LC-MS, solvent evaporation, and sample storage. A high-purity nitrogen gas generator is also crucial for preventing oxidation in sensitive compounds.
• Zero Air Gas Generator
  Provides hydrocarbon-free air required for GC-FID detectors, ensuring cleaner baselines and accurate analytical results.
• Multi-gas Generator for Laboratory Experiments
  Ideal for labs with multiple applications, supplying nitrogen, hydrogen, and zero air from a single unit, reducing the need for separate generators.

Check Gas Purity & Flow Requirements

Every laboratory technique requires specific gas purity and flow:

• GC & GC-MS Applications: Require gases with up to 99.999% purity for reliable results and to prevent detector contamination.
• Environmental Chambers & Agricultural Labs: Need constant gas flow for long-duration studies.
• Forensic & Calibration Labs: Require traceable high-purity gases to meet stringent testing regulations.

Lablink gas generators and Claind gas generators are engineered to provide consistent high-purity gases tailored to these demanding requirements.

Consider Safety & Compliance

Safety is one of the biggest reasons laboratories are moving away from cylinders:

• On-site gas generators eliminate the risks of cylinder leaks, explosions, and manual handling accidents.
• Aircomp Gas Generator and other Lablink gas generators come with built-in leak detection, pressure regulators, and automatic shut-off systems for maximum safety.
• Choose a system compliant with GLP, GMP, ISO, and NABL standards, especially for regulated industries like pharmaceuticals and clinical diagnostics.

Evaluate Cost & Long-Term Efficiency

While cylinders may seem cheaper initially, gas generators are far more cost-effective over time because they:

• Eliminate cylinder rental and transportation fees
• Minimize downtime caused by cylinder replacement
• Reduce storage space and safety compliance costs

For labs that perform high-volume solvent evaporation, the Nitrogen Gas Evaporation System saves significant operational costs by speeding up sample preparation while reducing solvent usage.

Choose a Reliable Distributor

Selecting the right Lab Gas Generators Distributor is crucial for ensuring long-term reliability, consistent performance, and technical support. Lablink is a trusted supplier of high-performance laboratory gas solutions, offering a wide range of advanced systems tailored for diverse applications. The product line includes the Hydrogen Gas Generator, Nitrogen Gas Generator, and Zero Air Gas Generator, providing stable and pure gases for critical laboratory processes. For highly sensitive analytical applications, Lablink also supplies the High purity hydrogen gas generator and High purity nitrogen gas generator, ensuring maximum accuracy and reproducibility. Laboratories with varied gas requirements can benefit from the Multi-gas Generator for Laboratory Experiments, which delivers multiple gases from a single compact system, improving operational efficiency. Additionally, Lablink gas generators are designed for specific applications such as Gas Generators for Air Quality Testing Equipment, Gas Generators for Calibration Labs, Gas Generators for Forensic Labs, and Gas Generators for Controlled Agricultural Environments, ensuring precision across research, testing, and industrial setups. With Lablink gas generators, along with options like Claind gas generators and Aircomp Gas Generator, laboratories can achieve reliable performance, enhanced safety, and long-term operational precision.