Daniel Rockel
Research & Development
Paulina Gorol
Quality & Regulatory
Abby
Feel-Good-Managerin
Josephine Plaum
Working Student
Mark Tankasem
Working Student
Aleksa Prstojevic
Working Student
Katharina Grünheide
R&D Engineer
We believe that regrowable materials are essential for a livable future.
That’s why we, Carmen Rommel, Julian Lotz and Vinzenz Nienhaus, founded BIOVOX in 2021. In the meantime, the team surrounding our fully biodegradable bioplastics made from renewable raw materials has grown. With our work, we want to enable a truly sustainable circular economy in the healthcare sector.
You share our vision? We are open to >>new talents.
For a
livable
world.
High-quality.
Sustainable.
Safe.
Developing sustainable products is a complex task, especially when done in a highly regulated environment. Our team brings know-how from plastics technology, medical technology, life cycle assessment (LCA) and product development.
Our goal is to work with you to develop products that are high-quality, sustainable and safe.
Quality
Regulation
Our goal is a sustainable future in which products made from our sustainable, renewable plastics are compatible for both people and the environment.
We continuously focus all our activities with safety and reliability. We offer our customers sustainable plastics with the quality that is crucial for a safe healthcare system while ensuring economic success, and we ensure the maintenance of the effectiveness of the quality management system.
This is our contribution to a more livable world.
Medical Grade Plastics (MGP) are polymeric plastics and masterbatches, blends, compounds which [...] are used to produce [...]
>> Medical devices (according to MDR – Regulation (EU) 2017/745)
>> In vitro diagnostics (according to IVDR – Regulation (EU) 2017/746)
>> Primary packaging (according to the guidelines of the European Medicines Agency (EMA), Committee for Medicinal Products for Human Use (CHMP) and Committee for Medicinal Products for Veterinary Use (CVMP))
When supplying medical grade bioplastics to our customers, we maintain a certified quality management system “that shall ensure compliance with [the MDR] in the most effective manner and in a manner that is proportionate to the risk class and the type of device” (MDR, Article 10(9)).
Dabei lassen wir es nach der harmonisierten Norm ISO 13485 standard to support the fulfilment of the ‘General Safety and Performance Requirements’ (MDR, Annex I).
This ensures that products with reproducible quality properties can be produced at any time using our bioplastics.
In the development and manufacture of Medical Grade Bioplastics, we comply with the requirements of Annex I Sections 10.1 and 10.4.1 of the MDR applicable to materials:
>> The mass proportion of carcinogenic, germ cell mutagenic and reproductive toxic substances of category 1A or 1B according to EU Chemicals Regulation (EC) No. 1272/2008 (CLP) of 28.10.2020 is less than 0.1% in our products.
>> The mass proportion of substances of very high concern published in accordance with Article 59(10) of the REACH Regulation (EC) No. 1907/2006 of 18.12.06 is less than 0.1% in our products.
>> Bioplastics in medical grade quality have been subjected to assessment and evaluation in accordance with ISO 10993 to confirm basic biocompatibility.
According to Regulation (EC) No. 1272/2008 (CLP), the bioplastics of BIOVOX are classified as "non-hazardous". According to Article 31 of the REACH Regulation (EC) No. 1907/2006 of 18.12.06, a safety data sheet is therefore not required for them.
In accordance with Article 32, we will provide you with all information necessary for safe handling, to ensure safety or for your risk management measures. In accordance with Article 32, we will provide you with all information necessary for safe handling, to ensure safety or for your risk management measures. Just contact us!
Sustainability
Biobasierte Kunststoffe schließen den Kohlenstoffkreislauf und bringen kein zusätzliches fossiles CO2 in die Atmosphäre an ihrem Lebenszyklusende. Unsere Materialien sind, je nach Typ, bis zu 100% biobasiert. Sie sind alle recyclingfähig und damit, je nach Rücknahmesystem, auch in einer Kreislaufwirtschaft einsetzbar. PE- und PLA-Typen können mechanisch recycelt werden, während PLA auch chemisch über Monomerrecycling aufbereitet und erneut für medizinische Produkte eingesetzt werden kann. Bei der Auswahl unserer Rohstoffe legen wir Wert auf Lieferketten, die den Erhalt von Biodiversität und Wäldern sowie die Einhaltung anerkannter Menschenrechts- und Sozialstandards unterstützen.
>> Biobasiert und recyclebar
>> Energy efficient processing
>> Ready for a circular economy
>> Less material needed due to high strength and stiffness
>> No competition to food production
>> Lower carbon footprint than fossil plastics with similar properties
>> Human rights are respected throughout the whole supply chain
>> No deforestation for plantations
How much CO2e do BIOVOX bioplastics emit?
The answer depends on which of our product families you choose: MedEco and MedEco Soft grades have the lowest footprint, whereas our high performing MedEco Perform bioplastics are higher in CO2e emissions. By choosing our most sustainable materials you can save up to 85% CO2e! Additional savings can be realized through lower processing temperatures and materials savings thanks to increased stiffness.
In our Sustainability Factsheet you will find the exact numbers.
With the help of our CO2 calculator you can easily calculate the savings potential for your application online.
Ready for a circular economy
Die EU verpflichtet jede Branche zur Transformation in eine Kreislaufwirtschaft. BIOVOX MedEco ist mit seinem niedrigen CO2-Fußabdruck (cradle-to-gate, inklusive biogenem Kohlenstoff) bereits jetzt die eine attraktive Option und wird durch chemisches Recycling noch besser.
A closed loop for MedTech:
Die Rohstoffpflanzen für unsere biobasierten Kunststoffe fungieren als temporäre Kohlenstoffsenke und binden CO2 aus der Atmosphäre – dieselbe Menge, die bei der Verbrennung des Kunststoffs wieder freigesetzt würde. So schließt sich der Kreislauf innerhalb eines Jahres und nicht über Jahrmillionen wie bei Erdöl: So funktioniert Defossilisierung.
Recycling ist auch für medizinische Anwendungen möglich:
Mechanisches Recycling ist für die meisten Medizinanwendungen nicht ohne weiteres geeignet: Rückverfolgbarkeit und Qualität sind in großem Maßstab schwer erreichbar. Chemisches Monomerrecycling jedoch erfüllt die Qualitäts- und Reinheitsstandards für Medizinprodukte: Das Material ist absolut identisch mit Neuware. Ein konformes Recycling auf gleicher Ebene, das CO2 reduziert und Landnutzung vermeidet.
Only polyesters such as PLA-based MedEco grades can be chemically recycled back to their monomers. In contrast, chemical recycling of polyolefins relies on energy-intensive feedstock recycling technologies, such as pyrolysis, rather than true monomer recovery.
In our Sustainability Factsheet you will find a graphical overview of the recycling options, as well as a calculation on co2 savings from recycling.
When selecting our raw materials, we prioritize supply chains that support the conservation of biodiversity and forests while adhering to recognized human rights and social standards.
Origin: We are producing in Germany. Our raw materials are sustainably sourced in Europe and Asia.
Biodiversity & Rainforest Protection: We source our raw materials from suppliers that comply with recognized sustainability standards such as Bonsucro or equivalent certification schemes. These standards address the conservation of biodiversity, forests, soils and water resources, while promoting responsible land use.
Social Responsibility: The feedstock certification also includes social and human rights. Covered are good working conditions with safety and health standards as well as communal rights and rural development.
Competition to food: MedEco is a lot – but no competition to food! Currently less than 0,01% of agricultural land is used for bioplastics. In a circular economy, all plastics can be farmed on 2.8% of arable land or 0.31% of total land area. And this calculation does not take into account the use of waste as a feedstock, which is still uncommon for CO2 and cost reasons, but which is possible with our bioplastics. And what if everything was made from bioplastics? Today only 0,08% of the arable land is used to produce bioplastics. All of the world’s plastics can be grown on 13,9% of the arable land. Circular economy requires a maximum of 2,8% of arable land, or 0,31% of the global land area.
In our Sustainability Factsheet you will find a graphic showcasing the topic of food competition.
Innovation
& Research
True to Marty McFly's motto „If you put your mind to it, you can accomplish anything.“ we regularly contribute our expertise and curiosity to research projects, test new approaches, and develop solutions with real future potential. Here we provide insights into current projects.
Research and development for premature infants: Premature infants experience a completely different environment in the intensive care unit than in the womb. The SmartNeonatalCare project aims to develop two complementary modules for vital parameter sensing and development-promoting positioning of premature infants. New research and development work involves active physiological vibration programs, patient heat balance, and initial clinical results. The hammock is intended to be a model product for sustainable hospital equipment and to demonstrate the health benefits of sustainable materials.
For more information about the research project, click >>here.
With strong
Partners &
Customers
Partner, Networks & Awards
Known from
K-MAG
Julian Lotz reports in an interview with K-MAG how BIOVOX manages to meet the high medical demands with bioplastics.
Medizin&Technik
Medizin&Technik magazine interview with Julian Lotz about biobased solutions for many plastic problems.
CHEManager
The international edition of CHEManager writes about our challenging applications.
Frankfurter Rundschau
BIOVOX impressed in the finals and was voted "Frankfurt Forward Start-up of the Year 2023."