The EU’s regulatory rules for medical devices are due to change on 26 May 2020, when the new Medical Device Regulation (“MDR”)[1] comes into effect.  The regime for in vitro diagnostic devices will change two years later from 26 May 2022 when the In Vitro Diagnostic Devices Regulation (“IVDR”)[2] will apply.

In advance of these changes, the EU Medical Device Coordination Group (“MDCG”) has recently published guidance on the Qualification and Classification of Software in the MDR and IVDR (the “Guidance”).

The aim of the Guidance is to assist manufacturers with interpreting the new Regulations to assess whether their software meets the definition of a medical device or an in vitro diagnostic device (i.e., “qualification”); and if so, what regulatory class the software would fall under (i.e., “classification”).

The MDCG is a coordination group established under Article 103 of the MDR, comprising up to two medical device experts from each EU Member State.  Its key functions include contributing to the development of guidance to ensure effective and harmonized implementation of the EU’s new medical device rules.  The Guidance is not legally binding nor does it necessarily reflect the official position of the European Commission.  However, given the MDCG’s important role in the regulatory landscape, the Guidance is likely to be highly persuasive.

Qualification

The Guidance continues to reflect the position that software intended by its manufacturer to have a medical purpose will be a medical device, as will software that meets the definition of an “accessory” for a medical device.  The Guidance provides some commentary on how to qualify software that “drives or influences” medical devices (such as software for closed-loop insulin delivery systems that calculates the required insulin dose and drives the pump to administer it to the patient).  For software that is independent of other devices and is not an accessory (e.g., medical or patient-facing apps), the key questions will be whether the software performs an action on data that is more than storage, archiving, communication or simple search and whether the action performed is for the benefit of individual patients.  Much of that reflects current European Commission guidance.

The Guidance also provides a decision tree for manufacturers to assess whether or not their software falls within the scope of the MDR.  There is a follow-up decision tree to help determine whether software falls under the MDR or IVDR.  The Guidance is clear that software must first satisfy the definition of a medical device under the MDR, before it can fall within the scope of the IVDR.

Classification

Medical devices fall under one of four regulatory classifications (Class I, IIa, IIb and III).  Class I is the lowest-risk classification and as a consequence there is a lower compliance burden on manufacturers.  Class IIa and higher involve greater risk and manufacturers must meet more onerous requirements, including involving Notified Bodies in the product’s conformity assessment procedure.

The MDR establishes new classification rules specifically for medical device software (see Rule 11 of Annex VIII to the MDR).   The Guidance explains that these are designed to align the MDR with broader international guidance on software, particularly with guidance from the International Medical Device Regulators Forum.

Many commentators had suggested that the new rules would result in the “up-classification” of software.  Specifically, that a significant proportion of software that currently falls under Class I would move up to Class IIa or higher under the MDR.  The Guidance confirms this interpretation.  It suggests that the characteristics of software that make it a medical device in the first place are likely to mean it must fall under Class IIa or higher, the main exception being software that has no medical purpose.

Notably, the Guidance gives one example of software that might fall under Class I.  The example is of a patient-facing conception-support app that calculates a user’s fertility status based on various inputs.  In many ways, the example cited underlines that only a very narrow group of software devices could fall under Class I (e.g., devices that do not have a medical purpose and are not accessories but, like conception support apps, are considered to be devices under the MDR’s specific deeming rules).

The Guidance also provides some commentary on the classification of independent medical device software and software that drives or influences another device.  In the latter case, software must fall within the same class of device that it drives or influences.  The Guidance also re-emphasizes the rule that when two or more classification rules apply to the same software, the highest of the possible classifications applies.

 

[1] Regulation (EU) 2017/745

[2] Regulation (EU) 2017/746

Photo of Raj Gathani Raj Gathani

Supporting clients in the pharmaceutical, healthcare, medical device and consumer products sectors, Raj Gathani’s practice is built around EU and UK regulatory and strategic advice.

Increasingly, Raj concentrates on post market-launch projects, such as advising on advertising compliance, communications, interactions with healthcare professionals…

Supporting clients in the pharmaceutical, healthcare, medical device and consumer products sectors, Raj Gathani’s practice is built around EU and UK regulatory and strategic advice.

Increasingly, Raj concentrates on post market-launch projects, such as advising on advertising compliance, communications, interactions with healthcare professionals and patients, pricing controls and reimbursement strategies particularly in the UK and the Republic of Ireland.

Healthcare, its structure and delivery are specialist practice areas for Raj, particularly having operated healthcare and pharmacy businesses for eight years prior to joining the firm. This experience enables Raj to provide in-depth advice to healthcare clients –particularly those in the digital health space – as well as other life sciences companies whose work engages medical practice, dispensing and health-services rules.

Photo of Sarah Cowlishaw Sarah Cowlishaw

Advising clients on a broad range of life sciences matters, Sarah Cowlishaw supports innovative pharmaceutical, biotech, medical device, diagnostic and technology companies on regulatory, compliance, transactional, and legislative matters.

Sarah is a partner in London and Dublin practicing in the areas of EU…

Advising clients on a broad range of life sciences matters, Sarah Cowlishaw supports innovative pharmaceutical, biotech, medical device, diagnostic and technology companies on regulatory, compliance, transactional, and legislative matters.

Sarah is a partner in London and Dublin practicing in the areas of EU, UK and Irish life sciences law. She has particular expertise in medical devices and diagnostics, and on advising on legal issues presented by digital health technologies, helping companies navigate regulatory frameworks while balancing challenges presented by the pace of technological change over legislative developments.

Sarah is a co-chair of Covington’s multidisciplinary Digital Health Initiative, which brings together the firm’s considerable resources across the broad array of legal, regulatory, commercial, and policy issues relating to the development and exploitation of digital health products and services.

Sarah regularly advises on:

  • obligations under the EU Medical Devices Regulation and In Vitro Diagnostics Medical Devices Regulation, including associated transition issues, and UK-specific considerations caused by Brexit;
  • medical device CE and UKCA marking, quality systems, device vigilance and rules governing clinical investigations and performance evaluations of medical devices and in vitro diagnostics;
  • borderline classification determinations for software medical devices;
  • legal issues presented by digital health technologies including artificial intelligence;
  • general regulatory matters for the pharma and device industry, including borderline determinations, adverse event and other reporting obligations, manufacturing controls, and labeling and promotion;
  • the full range of agreements that span the product life-cycle in the life sciences sector, including collaborations and other strategic agreements, clinical trial agreements, and manufacturing and supply agreements; and
  • regulatory and commercial due diligence for life sciences transactions.

Sarah has been recognized as one of the UK’s Rising Stars by Law.com (2021), which lists 25 up and coming female lawyers in the UK. She was named among the Hot 100 by The Lawyer (2020) and was included in the 50 Movers & Shakers in BioBusiness 2019 for advancing legal thinking for digital health.

Sarah is also Graduate Recruitment Partner for Covington’s London office.