EU GMP cannabis extraction equipment is process equipment designed and documented to support a medicinal cannabis facility’s EU GMP qualification and inspection. No extractor is itself “EU GMP certified” — certificates are issued to sites by national competent authorities, never to machines. Equipment earns its place by being cleanable, traceable, and validatable.
EU GMP is the set of Good Manufacturing Practice rules published in EudraLex Volume 4 and enforced across the EU and EEA for medicinal products. Applied to cannabis, it governs how an extract intended for medicinal use is manufactured: the premises it is made in, the equipment it touches, the records that prove what happened, and the quality system that sits over all of it.
The distinction that matters commercially is who holds the certificate. An EU GMP certificate is issued to a manufacturing site by a national competent authority following an inspection, and is published in the EudraGMDP database. It is not issued to a machine, a model line, or a manufacturer of machines. Any supplier describing their extractor as “EU GMP certified” is describing something that does not exist.
There is also a boundary question specific to plant-derived products. Cultivation and primary processing of the herbal starting material normally fall under GACP, the EMA’s Good Agricultural and Collection Practice guideline. EU GMP applies once you are manufacturing the active substance or the medicinal product. Where exactly that line sits is interpreted by each national competent authority, which is why two facilities in two member states can run defensibly different process flows.
Premises and Equipment
Sets the baseline expectation that equipment is designed, located and maintained so it can be thoroughly cleaned, and so that maintenance does not put product quality at risk.
Herbal Medicinal Products
The annex that covers plant-derived starting materials and the extraction step itself, including the control of the herbal starting material and of the extract produced from it.
Computerised Systems
Applies to computerised systems used in GMP-regulated activities, so it reaches your extractor’s PLC or HMI once that system creates or holds GMP records. Drives user access control, audit trail and data integrity requirements.
Qualification and Validation
The source of the DQ / IQ / OQ / PQ sequence, of the user requirement specification that precedes it, and of cleaning validation expectations.
Because equipment is the part of the facility you cannot easily change later. A quality system can be rewritten, a procedure can be retrained, and a room can be reclassified at manageable cost. A vessel whose internal geometry cannot be cleaned to a validatable standard, or a control system with no audit trail, is a capital problem.
Market access
Supplying medicinal cannabis into most EU markets requires product from an EU GMP-certified site. Equipment that blocks certification blocks the market, regardless of how well it extracts.
Cost of remediation
Findings that trace back to equipment design are resolved with fabrication, requalification and downtime — not with a document revision.
Audit surface
Inspectors follow the batch record back to the instruments that produced it. Uncalibrated instruments and untraceable data turn one finding into several.
Scale-up optionality
A first system chosen against a written specification can be replicated. One chosen ad hoc usually cannot, because nobody documented what made it acceptable.
For the wider compliance picture beyond equipment, see our GMP compliance overview and validation and turnover documentation.
An EU GMP-ready system has to satisfy four things at once: it must be cleanable, it must arrive with evidence about how it was built, it must be qualifiable against a written specification, and its control system must produce trustworthy records. A system that satisfies three of the four will still generate findings.
EU GMP does not approve or prohibit an extraction method. It requires that whichever method you choose is validated and that the finished product meets its specification, including residual solvent limits derived from ICH Q3C. What changes between methods is where the compliance effort lands.
Where it helps
Low operating temperature and short cycle times preserve volatile compounds. Closed-loop recovery keeps solvent inventory contained and measurable.
Where scrutiny lands
Hazardous-area classification and the purge and residual-solvent testing regime attract the most inspector attention. Residual solvent limits are derived from ICH Q3C and must be demonstrated on the finished product, not assumed from the recipe.
Where it helps
Ethanol is an ICH Q3C Class 3 solvent — the lowest-toxicity class — which simplifies the residual-solvent argument. Centrifuge platforms give high throughput per shift with a well-understood mass balance.
Where scrutiny lands
Downstream burden is the trade-off: winterisation and solvent removal add unit operations, and each one you add is another process step to validate and another cleaning procedure to prove.
Where it helps
No residual organic solvent to defend on the certificate of analysis, and the operating envelope is highly parameterised, which suits a validated recipe model.
Where scrutiny lands
High-pressure vessel design, code construction and periodic inspection dominate the compliance conversation. Throughput per unit of capital is generally lower than the alternatives.
For a side-by-side breakdown of throughput, yield and product profile, see our hydrocarbon vs ethanol vs CO2 comparison.
Evaluate the evidence a supplier can produce, not the language on the datasheet. These five checks separate a system you can qualify from one you will spend a year defending.
Documentation scope varies enormously between suppliers and between configurations of the same model. Get the document list into the purchase order before you sign, because retrofitting a material certificate after delivery is often impossible.
“ASME code construction on qualifying pressure vessels”, “UL-recognized components” and “designed to support EU-GMP compliance” are three different statements with three different levels of evidence behind them. A supplier who blurs them will blur other things too.
Vessels are comparatively easy to qualify. Control systems are where Annex 11 findings come from. Ask to see the user management screen and an exported audit trail during the demo.
Cleaning validation assumes a specific gasket material and a specific filter. If those become hard to source, your validated state quietly becomes a deviation. Confirm the parts are catalogued and orderable before you commit.
For solvent-based extraction the room classification, ventilation and the equipment's rated components have to be designed as one system. Retrofitting classification around an installed machine is the single most expensive mistake in this category.
Not sure which platform fits your throughput and product goals? The equipment selector narrows the catalogue by industry, process type and scale, and lab design and facility layout resolves classification alongside equipment selection.
Decimal builds extraction systems designed to support EU-GMP facility compliance — phrased that way deliberately. Decimal does not hold an EU GMP certificate: that certification applies to medicinal-product manufacturing sites, not to equipment or to the companies that build it. What an equipment manufacturer can do is remove the equipment-side obstacles between you and your inspection.
USA design and fabrication
Systems are engineered, fabricated and assembled in Canby, Oregon, which keeps the people who built your vessel reachable when your qualification programme has a question about it.
About our facilityConstruction standards, stated precisely
ASME code construction is available on qualifying pressure vessels, with the U-stamp offered as an optional configuration, and systems use UL-recognized electrical components. Select models carry C1D1-rated components for hazardous-location installations.
Construction and documentation detailStainless product-contact construction
Product-contact construction is 304/316 stainless, backed by a Limited Lifetime Stainless Steel Warranty against pitting or corrosion; gauges, gaskets and valves carry a one-year warranty.
Warranty termsValidation and turnover documentation
Documentation packages to support IQ/OQ/PQ and facility turnover are available. Scope varies by model and configuration, so confirm the document list with engineering before ordering.
Validation documentationInstallation, commissioning and operator training
On-site installation, utility connections and commissioning, plus operator training and SOP implementation — so the people running the validated process were trained on the machine they run.
Installation and commissioningFacility and layout engineering
Lab layout engineering against your production goals, regulatory requirements and available space, so equipment selection and facility design are resolved together rather than sequentially.
Lab design servicesNext step: see the systems themselves
This page covers the framework and how to evaluate against it. When you are ready to match a process to a machine, the series page stages the Hydrocarbon platforms (15.HX, 75.HX) and the Ethanol platform (20.EX) side by side, with a hydrocarbon-versus-ethanol decision section.
EU-GMP extraction systems: Hydrocarbon and Ethanol SeriesCleaning validation is written against specific gasket materials and filter media. Sourcing them from the same catalogue you qualified against keeps the change-control conversation short.
Browse the full parts and supplies store.
The recurring failures are not exotic. They are sequencing errors — doing the right things in the wrong order, usually because equipment was bought before the requirements were written down.
Treating “GMP” as a badge on a machine
Money is spent on equipment marketed as GMP while the quality system, premises classification and documentation — the things actually inspected — remain unaddressed.
Buying equipment before writing the user requirement specification
Design qualification becomes a retrospective justification of whatever was purchased, and gaps surface during IQ when they are far more expensive to close.
Assuming GACP and GMP boundaries are the same everywhere
A process flow designed for one member state's interpretation needs rework for another, sometimes including physical separation that the facility layout cannot accommodate.
Under-specifying the control system
A shared operator login and no audit trail is a straightforward Annex 11 finding, and it is usually discovered late because the machine otherwise runs perfectly.
Validating at parameters you do not actually run
Production drifts to the parameters that work commercially, leaving the validated state and the operating state describing two different processes.
Ignoring cleaning validation until after installation
Geometry that cannot be reached or drained is discovered when swab recovery fails, and the remedy is fabrication work on an installed system.
This guide describes the published EU GMP framework in general terms. It is not regulatory advice, and national competent authorities differ in how they apply it. Confirm requirements for your jurisdiction with your regulator and your qualified person before committing to a design.
Each guide below goes deeper on one part of this page.
The framework itself: who issues certificates, and where extraction sits in EudraLex Volume 4.
Qualified Person certification, Part I versus Part II, and what actually changes on the production floor.
Cleanability, material traceability, IQ/OQ/PQ and control-system data integrity, one at a time.
Six specification gaps that usually surface late, during qualification, when they cost the most.
How to tell equipment engineered for EU GMP from equipment merely wearing the label, and the questions that force the difference into the open.
What a producer has to close between a Canadian domestic baseline and what European buyers expect.
A five-step method for assessing a system before you order, not after it is delivered.
Which method fits which production goal, and which compliance burden dominates for each one.
The questions that are cheap to ask during a sales conversation and expensive to answer during qualification.
Surface finish, welds, drainability and dead legs — the requirement that is hardest to retrofit after delivery.
Send us your user requirement specification, or your throughput target and product goals if you have not written one yet. Our engineering team will walk you through which platform fits and what documentation is available for it.