Have you ever looked around a diagnostic laboratory and wondered what all those CE marks actually mean? 

The same CE symbol may appear on an IVD analyzer, a centrifuge, an RUO sequencer, a Bluetooth-enabled reader, a reagent kit or even a battery. The logo looks identical – but the legislation behind it may be completely different. 

A CE mark does not tell you, by itself, which legislation has been applied. 

It also does not automatically mean that a product is suitable for diagnostic use. 

One symbol, different meanings

For a general electrical laboratory instrument, the CE mark may indicate compliance with legislation on electrical safety, electromagnetic compatibility and hazardous substances. 

For an IVD analyzer or reagent, the main framework is the In Vitro Diagnostic Medical Devices Regulation, the IVDR. If the instrument includes Bluetooth or Wi-Fi, radio equipment legislation may apply as well. 

There is still only one CE symbol. Behind it, however, several different legal frameworks may be involved. 

“CE-marked” is not the same as “CE-IVD” 

Consider an RUO sequencer. 

It may legitimately carry a CE mark because it meets electrical, electromagnetic and environmental requirements. Nevertheless, it may remain outside the IVDR because the manufacturer has not defined an IVD intended purpose. 

The same applies to many general laboratory use products. A centrifuge, pipetting platform or laboratory instrument may be CE-marked without being intended for diagnostic use. 

“CE-marked” and “CE-marked as an IVD” are not equivalent statements. 

The decisive factor is not where the product is used. It is the manufacturer’s intended purpose. 

Not every obligation creates a CE mark 

Some important regulatory requirements do not result in CE marking at all. 

Chemical reagents may be subject to REACH and CLP requirements concerning hazardous substances, safety data sheets, packaging and hazard communication. Electrical equipment may fall under WEEE obligations for registration, take-back and disposal. Batteries and packaging are subject to additional regulatory requirements of their own. 

An IVD reagent may therefore carry an IVDR CE mark and, at the same time, display CLP hazard pictograms. 

No CE mark does not mean no regulation. 

Why this matters for laboratories

Modern diagnostic workflows often combine: 

• CE-IVD analyzers and reagents; 

• RUO instruments such as sequencers; 

• general laboratory equipment; 

• software and connected devices; 

• chemical reagents, batteries and consumables. 

An RUO or GLU product does not automatically become IVDR-compliant merely because it is used in a diagnostic workflow. The laboratory must assess both the regulatory status of the individual components and the status of the complete in-house IVD. 

Importantly, the laboratory must not only evaluate existing CE marking, but also identify and fill evidence gaps where CE or IVDR coverage is absent. This is particularly relevant for RUO reagents and instruments, where manufacturers do not provide IVDR-compliant performance data, intended purpose statements, or clinical evidence. In such cases, the laboratory becomes responsible for generating, documenting, and maintaining the missing evidence required to ensure safe and compliant use. 

The right question is therefore not only: 

“Does this product have a CE mark?” 

The better question is: 

“Which legislation is behind the CE mark – and does the manufacturer’s intended purpose cover our actual use, and where it does not, what evidence must we generate ourselves?” 

For a detailed overview of the applicable legislation for instruments, software, reagents, RUO and GLU products, radio equipment, batteries, packaging, WEEE, REACH, CLP and general product safety, download the full regulatory paper and matrix: 

Supporting Laboratories in the IVDR Era

Digital tools and structured documentation systems can help laboratories organize regulatory information, maintain traceability, and ensure that compliance requirements are addressed efficiently. By combining regulatory expertise with automation, laboratories can reduce administrative burden while maintaining high quality standards. At Platomics, the goal is to support laboratories throughout this process by providing software solutions and educational resources designed specifically for IVDR in-house diagnostics.

*We have compiled the above information to the best of our knowledge, yet our blog entries do not constitute expert advice and cannot substitute your own examination of the legal situation applicable to you and your institution.