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5th Medical Device Materials, Safety & Biocompatibility

  • 11th – 12th February 2026
  • Germany flag Germany Munich

The 5th Medical Device Materials, Safety & Biocompatibility Summit brings together leading experts in material science, device engineering, and regulatory compliance to explore the latest innovations in safe and effective medical devices.

Focused on biocompatibility testing, design controls, risk management, and regulatory trends, the #EDevSafe Munich 2026 offers practical insights and strategies to optimize device performance, ensure patient safety, and advance sustainable medical device solutions.

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Navigating the Future of Medical Device Materials & Safety

As medical devices grow ever more sophisticated, the convergence of materials science, regulatory demands, and biocompatibility safety evaluation is becoming a major frontier — and nowhere is that more evident than in the topics of the upcoming 5th Medical Device Materials, Safety & Biocompatibility Summit in Munich.

Key Trends Shaping the Landscape

  1. Tighter Integration of Material Science & Biology
    The boundary between “inert substrate” and “active biological interface” is blurring. Smart polymers, bioresorbables, and hybrid biomaterials (e.g. polymer-ceramic composites) are pushing expectations around long-term performance, degradation products, and host response. Manufacturers must now think of materials not just as “parts,” but as evolving participants in the biological milieu.

  2. Stronger Post-Market & Lifecycle Vigilance
    Regulators increasingly demand that biocompatibility and material safety are not “one-and-done” but monitored over time. The expectation is for continuous data collection — via real-world evidence, registries, or complaint tracking — to detect late-emerging adverse interactions.

  3. Emergence of Device-Material Combinations & Novel Technologies
    As devices incorporate sensors, electronics, drug elution, or superstructured surfaces (nano-features, coatings), regulatory scrutiny intensifies. Combination products and devices with integrated functionalities must meet both device and material safety expectations, complicating the approval pathway.

  4. Regulatory Harmonization & Global Alignment Pressures
    While regional regulatory regimes (e.g. EU, US, China) still differ, there’s growing pressure for harmonization—especially around biocompatibility standards, toxicology assessments, and safety margins. Adopting recognized standards earlier in development can ease translation across markets.

  5. Digital & AI-Enabled Safety Models
    Computational toxicology, in silico modeling of leachables, and machine learning approaches to predict biocompatibility are maturing. These tools offer speed and cost savings but must be reconciled with “wet lab” validation and regulatory acceptance.

Major Challenges and Pain Points

  • Notified Body Capacity & Timing Delays
    Europe’s transition to MDR and IVDR has strained the capacity of notified bodies, leading to extended review timelines and unpredictability in conformity assessment.
    That uncertainty filters down to design choices, material selection, and supplier oversight — all of which must be locked in well before submission.

  • Unclear or Incomplete Guidance
    Some aspects of materials safety remain in “gray zones,” especially at the interface of new technologies. For example, guidance on long-term degradation pathways, nanomaterials, or the cumulative effects of multiple coatings is still evolving.

  • Balancing Innovation vs. Conservative Safety Margin
    Developers often tread carefully: pushing material innovation must be tempered with robust safety margins that satisfy conservative regulatory review. The tension is real: be too conservative and you stifle differentiation; be too innovative and you risk regulatory pushback.

  • Supply Chain & Raw Material Traceability
    For high-compliance devices, material provenance, batch tracking, and supply chain assurance (including sub-tiers) are indispensable. Unexpected impurities or process changes from vendors can introduce biocompatibility risk.

  • Post-Approval Surveillance & Corrective Action Burden
    When adverse events or complaints arise, manufacturers may need to revisit material safety evaluations retrospectively, sometimes triggering recalls or reformulations. This reactive burden underscores the need for rigorous upfront assessment.

What’s New & What to Watch

  • Extended Transition Periods & Revisions to MDR/IVDR
    The EU has extended transition deadlines for certain devices under MDR/IVDR to ease the burden of conformity assessment.
    Moreover, consultation is underway in the EU to propose amendments that enhance flexibility, clarify ambiguous requirements, and introduce faster pathways for innovation.

  • Expanding Role of Expert Panels & Pilot Programs
    The European Commission is establishing panels to harmonize decision-making on scientific and technical questions. There are also pilot schemes for coordinated clinical investigation assessments.
    These can help reduce divergences between regulators and improve predictability for device-material safety interpretation.

  • Updated Standards in Specific Domains
    In domains such as respiratory devices, updated standards (e.g. ISO 18562 for breathing gas pathways) are gaining traction. These supplement traditional ISO 10993 approaches and more directly address inhaled exposures.
    In the medical-device testing world, regulators are also pushing to align quality system requirements more closely across geographies (e.g. the FDA’s QMSR aligning with ISO 13485).

  • Regulatory Intersection with AI & Digital Health
    As medical devices increasingly embed AI algorithms, the regulatory scrutiny of safety goes beyond material interactions to include data, model drift, explainability, and governance. For instance, applying AI in visual inspection (for implant quality) raises questions about how the EU AI Act and MDR intersect.
    The challenge is ensuring that the regulatory pathway for materials safety remains congruent with oversight of digital/AI components of the same device.

Expectations for Stakeholders (Manufacturers, Labs, Regulators)

  • Manufacturers will need to plan biocompatibility strategies earlier, with alignment of material risk assessment, supplier control, computational modeling, and test validation. They should also stay agile to incorporate evolving standards or regulatory feedback during development.

  • Testing & Analytical Labs must enhance their capabilities (e.g. for low-level leachables, long-duration cytotoxicity, novel endpoints) and justify their methods rigorously to reviewers. Transparency in methodology and validation will become increasingly critical.

  • Regulatory Authorities & Notified Bodies are expected to improve consistency and responsiveness. The establishment of expert panels and harmonized guidelines can help reduce variability across national reviews. Regulators may also increasingly scrutinize digital or computational evidence presented in support of safety.

  • Collaborative Platforms & Cross-Discipline Dialogue will be essential. Bridging expertise from materials science, toxicology, regulatory, and clinical domains can help anticipate tricky questions and shape feasible, scientifically grounded safety strategies.

The #EDevSafe summit 2026 arrives at a pivotal moment: as device complexity ramps up and regulators demand more robust safety evidence, the community must evolve together — across materials, biology, and regulation. If we can align innovation with rigorous safety strategies, the result will be safer, more effective devices that reach patients faster.


Who Should Attend:

Chief Executives, Vice Presidents, Directors, Heads, Leaders, and Managers specialising in:

Engineering & Product Development

  • Device Engineers, Design Architects, and Industrial Designers
  • Experts in material selection, design controls, device compatibility, and wearable/connected device development
  • Specialists in drug delivery systems, injectable devices, and packaging integration

Quality, Safety & Compliance

  • QA/QC Managers and Specialists
  • Regulatory Affairs and Compliance Professionals navigating EU MDR, FDA, and global standards
  • Risk Management and Biocompatibility Experts ensuring patient safety and product efficacy

Manufacturing & Operations

  • Process Development and Production Leaders
  • Cleanroom, Sterile Manufacturing, and Automation Specialists
  • Experts in material handling, assembly, and validation processes

Digital Health & Innovation

  • Specialists in connected devices, digital health, AI-driven solutions, and smart wearables
  • Teams exploring sustainable design and next-gen device technologies

 

Register by 30th Novemvber! 

Secure your seat for the best price

The Early Bird Offer expires in 42 days!

REQUEST A BROCHURE

To request an agenda for this Summit, please complete the details below. We will send you the agenda via email.

KEY PRACTICAL LEARNING POINTS

  • ISO 10993 Updates & the New ICH Q3E Guideline – Practical interpretation and application across diverse device categories.
  • Biocompatibility Testing Strategies – Addressing complexities in test selection, interpretation, and bridging in vitro, in vivo, and chemical assessments.
  • Chemical Characterization & E&L – Integrating extractables & leachables data into biological evaluations.
  • Innovations in Safer Materials – Exploring new materials and technologies driving safer, more reliable devices worldwide.
  • Global Regulatory Expectations – Understanding how FDA, EMA, andmother regulators view biocompatibility and material safety.
  • Risk-Based Approaches – Implementing biological risk assessment frameworks that reduce unnecessary testing while ensuring compliance.
  • Lifecycle Safety Monitoring – Maintaining device safety post-market through surveillance and material change management.

Register by 30th Novemvber! 

Secure your seat for the best price

The Early Bird Offer expires in 42 days!

Jason Creasey, UK

Managing Director

Maven E&L Ltd

Jason Creasey is a graduate analytical chemist. In 2019, he established Maven E&L Ltd, as its Manging Director and Principal Consultant. Maven E&L was setup to provide advice to clients working in the pharmaceutical industry on all aspects relating to the topic of extractables and leachables (E&L) and the risks that leachables pose to the quality and safety of drug products. Prior to this, he worked for GSK where he was the director of their R&D E&L Team.

He has worked in the topic area of E&L since the mid 1990’s on a wide range of modalities and dose forms seeing this area expand and grow in significance for the pharmaceutical and medical device industries. In addition to running his consultancy, he is a scientific advisor to the ELSIE consortium. Since setting up Maven E&L; he continues to present, discuss, and write about E&L. He now publishes a regular E&L blog through LinkedIn and his Website (www.MavenEandL.com), for the exchange of ideas and discussion.

As well as supporting client projects, among recent E&L activity, he is presenting and commenting on risk- based approaches to E&L requirements within the pharmaceutical industry that he hopes will form part of an ICH guidance in the not-too-distant future linked to concepts in leachable risk management as well as looking at analytical uncertainty and how that might be reduced either through better analytical approaches or more collaboration to increase reproducibility and alignment.

Dr. Carla Landolfi, IT

European Registered Toxicologist (ERT), CEO - Toxicology Risk Assessor

ToxHub

Dr. Carla Landolfi graduated in chemistry and pharmaceutical technology from Rome University. She has more than 20 years of experience in the toxicology field gained in the pharmaceutical industry, 10 of them as manager to the toxicology group. She's the main or co-author of several papers and posters, has published in peer-reviewed journals, and she's an invited speaker at international conferences as well as the founding editor of archives of clinical toxicology. In 2020, she founded the ToxHub, a consultancy company specialised in toxicological risk assessment and regulatory toxicology.

Dr. Christian Proff, CH

Senior Verification Engineer, Device and Packaging Development

Hoffmann-La Roche Ltd

Dr. Christian Proff is a materials scientist with degrees from Chalmers, Gothenburg (S) and Darmstadt (D) Universities of Technology, and a PhD from Grenoble (F) University (INPG) with extensive experience in materials research in Sweden (Chalmers), USA (Argonne National Laboratory), and Switzerland (Paul-Scherrer-Institut). Within device and packaging development at F. Hoffmann - La Roche, he has been working in verification engineering since 2018 on improvements in CCI testing and development of new device test methods.

Dr. Crystal D'Silva, BE

Associate Director, Material Characterization and Assessment

Baxter International Inc.

Crystal D’Silva is a Preclinical subject matter expert at Baxter International and based in Brussels, Belgium. She is actively involved in standard development as an expert in the ISO/TC 194 Biological and Clinical Evaluation of Medical Devices technical committee. She is also a European Registered Toxicologist (ERT) and a member of the European Society of Toxicology In Vitro (ESTIV) and the Belgian Society of Toxicology and Ecotoxicology (BELTOX). She has a PhD in Medical Biophysics from the University of Toronto in collaboration with the Princess Margaret Cancer Centre and the Hospital for Sick Children (Ontario, Canada).

Dr. Lukasz Szymański, PL

Deputy Head of the Department of Molecular Biology

European Biomedical Institute & North American Biomedical Institute

Lukasz Szymański, PhD, DSc, Prof. is Deputy Head of the Department of Molecular Biology at the Institute of Genetics and Animal Biotechnology, Polish Academy of Sciences, and an expert in biocompatibility testing of medical devices and bioengineering. He serves as Chief Scientific Officer at the ISO 17025-accredited and GLP-certified European Biomedical Institute (EBI) and North American Biomedical Institute (NABI). His research interests include molecular oncology and hematology, regenerative medicine, immunology, and the development of innovative medical devices. Author of over 50 publications, he has led numerous research projects and developed Class III medical devices introduced to the European market, including 4Seal Hemostat and NE’X Glue Surgical Adhesive. He is a member of international expert bodies, including the AAMI Biological Evaluation Committee (USA), the OECD immunotoxicity group, and the Polish Committee for Standardization, actively shaping biomedical safety standards and bridging research, regulation, and technology transfer.

Carsten Baun Senholt, DK

Chief Technical Officer & Partner

SAXOCON A/S

25+ years of expertise as toxicologist specialised in risk assessment of pharmaceutical excipients, impurities and leachables from materials of construction used in medical devices and drug/device combination products.

Member of the International Standardisation Organisation Technical Committee 194 working group for several biocompatibility standards of medical devices (ISO 10993 series). assessment of pharmaceutical excipients, impurities and leachables from materials of construction used in delivery devices and manufacturing of drug products.

Driver of innovation in strategies and development of state-of-art practices for health risk assessment of polymer materials.

Marina Daineko, PL

Biocompatibility Consultant

Intrinsic Medical Group, LLC

Marina Daineko is an experienced Biocompatibility Consultant based in Poland, specializing in ISO 10993-1 biological evaluation of medical devices. She partners with manufacturers to develop Biological Evaluation Plans and Reports, perform strategic gap analyses, optimize test strategies, and ensure compliance with EU MDR and FDA requirements.

Marina holds an MSc in Analytical Chemistry. At Intrinsic Medical Group (IMG), she contributes to a broad portfolio of Biological Safety services, from hands-on training to Biological Evaluation process creation.

Her professional achievements include being nominated for the Women in Tech Award in 2023 for her contributions to medical device safety, recognition as one of the Top 25 MedTech Voices on LinkedIn for advancing discussions on biocompatibility and regulatory strategy, and authorship of more than fifteen publications and two patents in materials science.

DR. ANDREAS NIXDORF, DE

Sciences - Business Development Manager Extractables & Leachables Testing

SGS Life Science Services

Andreas studied organic chemistry at the University of Bielefeld in Germany, with the main focus on mass spectrometry and computational chemistry. Since the date of his Ph.D./doctorate in 1997, he worked in different scientific and managerial positions, ranging from the head of a laboratory to GMP QA site manager in the Life Science industry, prior to proceeding with his carrier at SGS in 2007. From 2007 to 2010, he was responsible for project management and regulatory consultancy at the customer service Pharma at SGS Institute Fresenius GmbH. Andreas introduced Extractables & Leachables testing services for both medical devices and pharmaceutical applications at SGS in 2008 and got his current position as a business development manager in 2010.

Andreas applies technical and regulatory knowledge, scientific experience, and expert judgment to address a broad range of difficult problems. He troubleshoots and directs the resolution of QC method issues by fostering effective interdepartmental and cross-functional partnerships with clients from the pharmaceutical and medical industry.

With over 25 years’ experience in the Life Science segment, he is a frequent speaker at events and international conferences (PDA, A3P, ECA, VDI, BioInnovation, CPHI, Smithers RAPRA, IQPC, Vonlanthen Group, Chinese Medical Device Association, Dipartimento di Scienze del Farmaco in Pavia and others) in the fields of Medical Devices, Single Use Systems and Finished Packaging safety evaluation. Companies in regulatory-controlled industries are challenged by ongoing regulatory systems. Changes must be set in practice, and cross-functional teams with different functional expertise must be organized to work toward a common goal. Andreas wants to motivate experts from the Life Industry or organizations to work together to realize or achieve a better and effective cross-departmental collaboration to improve regulatory requirements for safety testing of plastic materials that are used to produce the medical product.

Dr. Alina Martirosyan, DE

Sr. Scientific Manager Toxicology

Braun Melsungen AG

Dr. Alina Martirosyan is experienced in non-clinical evaluation of medical devices and pharmaceuticals, and is a Biocompatibility subject matter expert at B. Braun Melsungen AG (Germany). As part of the biological risk assessment of medical devices she is planning, coordinating and managing the biocompatibility studies, performs toxicological evaluation and risk assessment of chemical constituents, dealing with notified bodies and national agencies. She holds a PhD degree in Biochemistry, is a European Registered Toxicologist (ERT), Delegate of American Board of Toxicology (DABT), and is acting as an expert in ISO/TC 194 for the ‘Biological and clinical evaluation of medical devices’.

Jason Creasey, UK

Managing Director

Maven E&L Ltd

Dr. Carla Landolfi, IT

European Registered Toxicologist (ERT), CEO - Toxicology Risk Assessor

ToxHub

Dr. Christian Proff, CH

Senior Verification Engineer, Device and Packaging Development

Hoffmann-La Roche Ltd

Dr. Crystal D'Silva, BE

Associate Director, Material Characterization and Assessment

Baxter International Inc.

Dr. Lukasz Szymański, PL

Deputy Head of the Department of Molecular Biology

European Biomedical Institute & North American Biomedical Institute

Carsten Baun Senholt, DK

Chief Technical Officer & Partner

SAXOCON A/S

Marina Daineko, PL

Biocompatibility Consultant

Intrinsic Medical Group, LLC

DR. ANDREAS NIXDORF, DE

Sciences - Business Development Manager Extractables & Leachables Testing

SGS Life Science Services

Dr. Alina Martirosyan, DE

Sr. Scientific Manager Toxicology

Braun Melsungen AG

BROCHURE

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What our
participants
are saying

This summit offered a perfect balance of regulatory insights and practical material science. I walked away with actionable strategies to improve device safety and streamline development.

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Anna

Director of R&D

The focus on cross-functional collaboration and emerging technologies was invaluable. Networking with peers and learning from real-world case studies will directly impact our next product launch.

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James

Head of Device Engineering

From biocompatibility testing to sustainability in device design, the sessions provided deep insights that we can immediately apply to our portfolio. A must-attend for anyone in medical device development.

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Elena

VP Materials & Safety