Which CE Directive Applies to Your Product?

This is where CE marking trips up exporters most often. CE is not one law you pick off a shelf. It is a family of directives and regulations, each built around a type of risk or a type of product, and your job as a manufacturer is to find every one that touches what you make. Get that mapping wrong and everything downstream, the testing, the technical file, the declaration, rests on the wrong foundation. This guide covers that first decision only: how to place your product inside the CE framework. It deliberately leaves aside the assessment steps and the export timeline, which we treat in a separate article.

Start with what your product does, not what it is called

The usual mistake is to hunt for a directive by product name. Manufacturers look for "the directive for ovens" or "the directive for pumps" and expect one tidy answer. The framework is not built that way. Directives are organised around hazards and functions, so the reliable method is to describe your product in those terms before you go looking.

Work through a short set of questions about the product itself. Does it have moving parts that can crush, cut, or draw a hand in? That points to machinery rules. Does it run on mains-level electricity? That brings in low voltage safety. Does it contain electronics that emit interference or have to keep working near other equipment? That points to electromagnetic compatibility. Does it intentionally send or receive radio waves, through WiFi, Bluetooth, cellular, or a remote control? That points to the radio rules. Does it hold pressure, protect the person wearing it, get played with by a child, get built permanently into a structure, carry a medical purpose, or run where explosive gas or dust can gather? Each of those is its own directive. Answer honestly and the applicable laws tend to name themselves.

The ten directives most products fall under

The large majority of CE-marked goods in industrial and consumer supply chains fall under one or more of ten instruments. Knowing what each one claims as its territory is usually enough to self-locate a product.

The Machinery Directive (2006/42/EC) covers products with moving parts driven by something other than direct human effort: industrial machines, packaging lines, woodworking equipment, lifting accessories, and partly completed machinery meant to be built into something larger. A revised Machinery Regulation (2023/1230) replaces it from early 2027, so new designs should already be read against the updated text.

The Low Voltage Directive (2014/35/EU) applies to electrical equipment rated between 50 and 1000 volts AC, or 75 and 1500 volts DC. Most mains-powered appliances, power supplies, luminaires, and control panels sit here. Equipment below those thresholds usually falls outside it, which is a useful boundary in itself.

The EMC Directive (2014/30/EU) governs whether equipment throws off electromagnetic disturbance and whether it keeps working when surrounded by other equipment that does. Almost anything with electronics is in scope, from a motor drive to a point-of-sale terminal.

The Radio Equipment Directive (2014/53/EU), or RED, covers anything that intentionally uses the radio spectrum. This is the one that catches people out, because it absorbs the safety and electromagnetic duties for that product, a point worth returning to below.

The Pressure Equipment Directive (2014/68/EU), or PED, applies to vessels, piping, and assemblies holding a fluid above 0.5 bar gauge. Risk categories run from I to IV depending on pressure, volume, and how hazardous the contents are.

The ATEX Directive (2014/34/EU) covers equipment and protective systems meant for use in potentially explosive atmospheres, the kind found in fuel storage, grain handling, paint shops, and chemical plants.

The Personal Protective Equipment Regulation (2016/425) covers gear worn to guard against a risk, sorted into three categories by how serious that risk is, from light gardening gloves at one end to fall-arrest harnesses and respiratory protection at the other.

The Toy Safety Directive (2009/48/EC) covers products designed or clearly intended for play by children under fourteen, with defined limits on mechanical, chemical, electrical, and flammability hazards.

The Construction Products Regulation (305/2011) works on a different logic from the rest. Instead of declaring a product safe, the manufacturer declares its performance against a harmonised standard through a Declaration of Performance, and the CE marking shows that declared performance can be trusted. Cement, insulation, structural steel, windows, and aggregates belong here.

The Medical Devices Regulation (2017/745), or MDR, covers products with a medical purpose, from wound dressings to implants, sorted into risk classes I, IIa, IIb, and III. In-vitro diagnostic devices fall under a parallel regulation, the IVDR (2017/746).

The map below pairs each instrument with the products it usually claims and shows where an independent Notified Body tends to enter, which is often the real driver of how much external work a route involves.

When more than one directive applies, and it usually does

Return to the conveyor from the opening. It has moving parts, so the Machinery Directive applies. It runs on mains electricity, so low voltage safety applies. It carries electronics, so EMC applies. It has a Bluetooth module, so RED applies. Four instruments, one product, and the manufacturer has to satisfy the essential requirements of all four. This stacking is the rule, not the exception. A washing machine with WiFi, an industrial oven with a burner and digital controls, a powered hand tool sold with its battery charger: each one pulls in several directives at once.

The principle is cumulative. When several directives apply, you meet the requirements of every one of them, you draw up a single EU Declaration of Conformity that names them all, and you affix one CE marking that stands for the whole set. The marking never multiplies. The obligations behind it do. What shifts from directive to directive is the assessment route: some let the manufacturer self-declare on the strength of harmonised-standard testing, while others bring in a Notified Body for the higher-risk categories. The same product can be self-declared under one directive and need third-party involvement under another at the same time. Sorting out which is which, directive by directive, is the heart of practical CE certification work, and the reason it pays to map before you spend on testing.

The overlaps that catch people out

Radio equipment absorbs low voltage and EMC

This is the most common error of all. If a product intentionally transmits or receives radio signals, it is assessed under RED, and RED already contains the safety objectives of the Low Voltage Directive and the protection requirements of the EMC Directive for that product. You do not list LVD and EMC separately for the radio device, and you certainly do not mark it three times. RED carries those duties internally. A wireless sensor, a smart thermostat, a Bluetooth speaker: one directive, RED, covering ground that would otherwise belong to three.

Machinery and electrical safety

For machinery within the low voltage range, the Machinery Directive's health and safety requirements already cover the electrical risks, so those hazards are handled under machinery rules rather than a separate Low Voltage declaration, while the EMC Directive still applies in its own right. The boundary matters because it changes which essential requirements you document and how. When a machine is the product, the machinery route leads, and our machinery CE certification work is built around that order of precedence.

Construction products follow their own path

The Construction Products Regulation does not certify safety the way the other directives do. It standardises how performance is declared, so two windows or two batches of insulation can be compared on the same characteristics. A product can be a construction product and something else at the same time: a powered industrial door is a construction product, a machine, an electrical product, and, if it has a remote, a radio product, all at once.

A medical purpose usually leads

When a product has a genuine medical purpose, the Medical Devices Regulation governs it, and other rules apply only as far as the MDR points to them. The device's risk class, not just its electrical or mechanical nature, then drives the route. Misjudging whether a product is a medical device at all is one of the costlier mistakes in this field, because the obligations diverge so sharply from those of a general consumer product.

When no CE directive applies at all

Self-locating also means recognising when the answer is none. CE marking is mandatory only for products covered by a directive that calls for it, and a large share of goods are not. Most furniture, plain textiles and clothing that is not protective equipment, ordinary hand tools with no power source, many cosmetics, food, and a long list of everyday articles carry no CE marking, and affixing one where no directive requires it is itself a compliance error. Before you assume your product needs CE, confirm that an instrument genuinely claims it. If none does, your market-access work lies elsewhere, in other product rules, sector schemes, or voluntary certifications.

Turning the mapping into a route

Once you have listed every directive that touches your product, the picture settles. You know which essential requirements apply, which harmonised standards are worth testing against, where a Notified Body is likely to step in, and what your single Declaration of Conformity will need to cite. That list is the backbone of the whole project, and it is worth a second opinion before any testing budget is committed, because a missed directive tends to surface late and at the worst possible cost. If you want that mapping checked, or carried through to assessment, our CE marking specialists work product by product and start exactly where this guide does: with what your product is, and what it does.

Which CE directive applies to your product? A decision guide