On december 2nd 2020 ATV-SEMAPP invites to the seminar ‘Plastic in the Medical Device Industry’ where focus will be on some of the most relevant plastic related topics within the medical device industry and include recent perspectives related to Covid-19 and environmental sustainability.
This ATV-SEMAPP seminar will focus on some of the most relevant plastic related topics within the medical device industry and include recent perspectives related to Covid-19 and environmental sustainability.
Whether you are designing components, establishing required documentation, producing complete medical devices or selecting materials, you could benefit from keeping up to date with current available technologies and industry trends.
The seminar is highly relevant due to the focus on both Covid-19 and environmental sustainability.
Rasmus Grusgaard, Innovation Consultant at the Danish Plastics Federations elaborates:
– Denmark has a long and proud tradition of making world-class medico products – partly due to the production of good medicine – but at least as much can be attributed to high-quality plastic. Plastic is used for protective equipment, innovative packaging, and single-use devices – for example, insulin pens. In this event organized by Plastindustrien and ATV-SEMAPP, a number of significant issues related to plastic in the pharmaceutical industry are addressed. As usual, there is a strong material focus, but some presentations will also deal with the circular economy and sustainability in relation to the use of plastic in the pharmaceutical industry.
You will meet colleagues from the medical device industry and be able to discuss different approaches for solving common problems.
The seminar is held online via MS Teams.
|08:30 – 08:40||Welcome and introduction|
|08:40 – 09:05
||How to establish design criteria to avoid environmental stress crackingNicolai Schmidt, Materials Specialist at Engineering, Analysis & Materials – Device R&D, Novo Nordisk A/S
Environmental stress cracking is a common cause of unexpected brittle failure of thermoplastic polymers leading to cracks and crazes, and product failure. It is estimated that it counts for 15-30% of all plastic failures during service. It typically happens to amorphous thermoplastics under tensile stress or strain subjected to chemicals from the surroundings.
Nicolai Schmidt has been working with medical device development and materials for 23 years, specializing in materials selection and covering most aspects of polymeric materials ranging from early development to post marketing and failure analysis.
|09:05 – 09:10||Break|
|09:10 – 09:35
||On a journey of doing sustainable innovation by circular design for the future of sustainable hospitals Nicklas Christian Funk, Sustainability Engineer, Global Innovation, Ambu A/S
Nicklas Funk will speak about Ambu’s journey with implementing practices and design principles in Global Innovation to design for a circular economy. This will give you insight into their motor for focusing and scaling sustainable innovation, as they are looking into running 30 development projects in parallel. Results with speed, cross-functional collaboration and integrity will be the key factors for success and prosperity across their broad portfolio of products within markets of ‘Visualization’, ‘Anastasia’, ‘Patient Monitoring and Diagnostics’.
Nicklas Christian Funk holds a M.Sc. in design and innovation from DTU and has worked in research and consulting, engaging Danish and international manufacturing companies in accelerating the transition to a Circular Economy. Since he joined Ambu in 2020, he has been focusing on implementing practices of sustainability in the design work in Global Innovation.
|09:35 – 09:40||Break|
|09:40 – 10:05
||Our Journey Towards Zero Environmental ImpactJesper Bøgelund, Materials Expert, Device R&D, Novo Nordisk A/S
Via the Triple Bottom Line, environmental stewardship has always been a part of the Novo Nordisk DNA. However, in early 2019 a new and updated environmental strategy was launched with the title ‘Circular for Zero’ taking the next steps into sustainability of business operations, R&D, production and treatment of diabetes and other chronic conditions. With inspiration from The Ellen MacArthur foundation renewed focus was put on their use of materials for medical devices among many other aspects.
Jesper Bøgelund holds a M. Sc. in materials chemistry from Copenhagen University and has been working as a consultant within plastic materials, processes and products since 1999. Since he joined Novo Nordisk in 2013 the environmental stewardship and life cycle assessment of new device concepts have been increasingly at the core of his work.
|10:05 – 10:20||Break|
|10:20 – 10:45
||Thermoplastic Elastomers (TPEs) for Healthcare Applications from Avient Etienne Perrony, Business Development & Key Account Manager, Avient Corporation
In this presentation Etienne Perrony will discuss the structure and chemistry of thermoplastic elastomers, explain the compounding process and go through the main features and measurements of TPEs, including regulatory aspects. With the increased use of over-molding in healthcare applications Etienne Perrony will give details of this process and the associated benefits, concluding with a discussion on TPEs in comparison to rubber.
Etienne Perrony has worked for Avient Corporation for three years and focuses on materials for use in healthcare applications. He has 11 years of industry experience working with a variety of plastic injection molding companies that specialize in the healthcare market.
|10:45 – 10:50||Break|
|10:50 – 11:15
||Evaluating and designing durable polyester materialsEmil Andersen, Materials Platform Manager, LEGO Systems A/S
The ambition for the new sustainable materials being introduced into the LEGO elements is not to compromise the safety, consumer-perceived quality and durability. Pursuit of durable products are both of importance in high-quality toys and medico alike.
Emil Andersen has been an Industrial PhD student at the LEGO Group since 2017, focusing on durability of sustainable polyesters. After turning in his thesis summer 2020, he works in the R&D Team, focusing on developing and evaluating the sustainable materials for the LEGO elements.
|11:15 – 11:20||Break|
|11:20 – 11:45
||Indispensable but not without challenges: medical plastics and the corona crisisOle Grøndahl Hansen, CEO, PVC Informationsrådet
Especially in the beginning of the corona crisis, the benefits of plastics in healthcare were obvious to anyone. But now it has become apparent that the corona pandemic paradoxically has given renewed impetus to criticism of plastic – and this time, healthcare plastic is the main culprit.
The presentation covers the following key points:
Ole Grøndahl Hansen is Project Manager at PVCMed Alliance (since 2014) & CTO at PVC Information Council Denmark (since 1995) and member of the VinylPlus communications committee. Ole is the spokesperson for the European PVC industry in Denmark. He has been working with PVC-related communications for over a quarter of a century. Main areas of interests are medical devices, recycling, design and art.
|11:45 – 11:50||Break|
|11:50 – 12:15
||Surface modification used in the fight against Covid-19 Sune Lund Sporring, Polymer Material Specialist, Thermo Fisher Scientific
How can surface modification help fight Covid-19?
Sune Lund Sporring is a chemist with a PhD in Medicine from the University of Copenhagen. Sune has 20 years’ experience in the medical industry and has authored several international patent families. Sune is co-founder of two University spin-outs before transitioning to University research and now Corporate science.
|12:15 – 12:20||Break|
|12:20 – 12:45
||Tribology of medical devicesIon Sivebæk, Associate Professor, DTU Mechanical Engineering & Research Scientist, Novo Nordisk
Medical devices are mostly made of polymers and must be able to administer a drug safely otherwise the health of the patients is threatened. Tribology is an important factor in a device as too low/high friction or wear can decrease the dose accuracy.
In the case where the patient has to dose manually, low friction is also a question of convenience. Many medical devices are produced in millions and mostly very simple polymers are used. This challenges the robustness with regards to tribology in every one of the devices.
The present talk will introduce the basics of polymer friction and wear and present some of the solutions to tribological challenges encountered in Novo Nordisk Device R&D.
Ion works 1/3 of his time as Associate Professor in NanoTribology at Mechanical Engineering, Technical University of Denmark and 2/3 of his time as Research Scientist in Tribology, Novo Nordisk, Device R&D.
|12:45 – 12:55||Closing remarks|
Registration and registration fee
You can register for the event by following this link!
|DKK 1.995,-||Members of ATV-SEMAPP or promoting organizations|
|DKK 975||PhD students|
|DKK 200||BSc and MSc students (Membership is free of charge – register here. Early bird discount does not apply)|
All prices are exclusive of 25 % VAT.
Registration is binding, however substitutions are accepted at any time. Just remember to let us know who will be replacing you so we know who to expect.
Covid-19 Safe participation
The seminar is held online via MS Teams
If you have any questions regarding the seminar, you can write to ATV-SEMAPP here. They will get back to you quickly