Ellutia gas chromatographs are used across cannabis and hemp testing to analyse potency, composition, and purity. From cannabinoid profiling to terpene analysis, pesticide screening, and residual solvent testing, our instruments deliver the detailed data needed for confident product assessment.
Want to learn more about choosing the right GC system for cannabis analysis? Download the 200 Series GC Buyers Guide.
Acidic and Neutral Cannabinoid Analysis in Cannabis and Hemp
Gas chromatography can quantify both acidic and neutral cannabinoids in cannabis and hemp. Measuring total THC, CBD, and related compounds gives a complete picture of product strength and composition.
Gas chromatography separates and quantifies cannabinoids such as THC, CBD, and CBG to show the full chemical profile of a product or strain. Understanding these ratios helps growers and formulators assess performance and consistency.
Gas chromatography identifies trace pesticide residues in cannabis and hemp material to verify product safety and meet regulatory requirements. Testing confirms that cultivation and extraction processes are free from harmful contaminants.
Screening extracts for residual solvents by GC confirms that purification is complete and products are safe for use or sale. Routine monitoring supports cleaner extraction processes and compliance with safety limits.
Analysing terpenes with GC reveals the aroma and flavour profile of each strain. The data helps growers and producers maintain product identity, guide breeding decisions, and refine formulations.
Gas chromatography with nitrogen detection can identify nitrosamines that form during processing or storage. Detecting these compounds early allows manufacturers to address potential risks before products reach the market.
Each of these cannabis and hemp analysis applications is supported by the Ellutia 200 Series GC, a compact, flexible gas chromatograph designed for accurate ethanol and volatile compound analysis in brewing and beverage production.
Compact
Fits easily into small lab spaces or production environments.
High Sensitivity
Measures active compounds and impurities across a wide concentration range, from trace residues to major components.
Fast Analysis
Typical runs complete in just a few minutes.
Flexible Configuration
Configurable for potency, terpene, pesticide, solvent, and nitrosamine testing using a range of detectors and columns.
Low Operating Cost
Eco friendly design using a heat exchanger system.
Simple Maintenance
Designed for straightforward upkeep and long-term reliability.
Get the GC Buyers Guide for Cannabis and Hemp Testing
The Buyers Guide explains how the 200 Series GC can be configured for potency, terpene, pesticide, solvent, and nitrosamine analysis across cannabis and hemp testing. It covers system options, key features, and practical examples of how gas chromatography fits into your workflow.
Learn how the system supports different cannabis and hemp testing applications.
Compare configurations and detector options for your analytical needs.
Understand setup, maintenance, and operating considerations for labs and producers.
Gas chromatography can measure cannabinoids, terpenes, residual solvents, pesticides, and nitrosamines. It’s used across the supply chain, from cultivation and extraction to finished product testing.
GC provides high sensitivity for volatile and semi-volatile compounds, making it ideal for analysing terpenes, solvents, and contaminants. It also offers accurate quantitative data for potency and profiling when paired with suitable detectors.
A single 200 Series GC can be configured to run several cannabis and hemp analyses. The same FID setup with an EL-5 column can measure potency, cannabinoid profiles, terpenes, and pesticides. Residual solvent and nitrosamine testing require different detector configurations.
Yes. The same analytical principles apply across cannabis and hemp. GC methods can be adapted for the concentration range and compounds relevant to each type of product.
Samples can include dried flower, concentrates, edibles, oils, and distillates. Sample preparation depends on the compound being tested, but GC can accommodate a wide range of product types.
