Digital Production for Patient-Specific Medical Devices

Together with our Consortium Partners, we are developing a fully integrated digital production chain for patient-specific medical devices. Why is this important? Advances in digital technologies are transforming the way patient-specific medical devices are developed, produced, and delivered. Together with our consortium partners, we are creating a fully integrated digital production chain that connects medical imaging, design, manufacturing, quality control, regulatory compliance, and delivery within one efficient and reproducible workflow.

As a result, healthcare providers and manufacturers can collaborate more effectively to bring high-quality, personalized medical solutions to patients.

Building the Future of Personalized Healthcare

Personalized healthcare requires medical devices that match the unique anatomy and needs of each patient. However, traditional development and manufacturing methods often make customization costly, complex, and difficult to scale.

Therefore, we are integrating digital technologies across the entire value chain. From patient imaging and treatment planning to production, validation, and quality assurance, every step is digitally connected. Consequently, the process becomes more efficient, traceable, and reproducible while maintaining the highest standards for patient safety and product quality.

Moreover, digital workflows provide greater transparency throughout the product lifecycle. In turn, manufacturers and healthcare providers can make better-informed decisions and continuously improve outcomes.

From Medical Imaging to Manufacturing

First, the process begins with advanced medical imaging and digital treatment planning. Using patient-specific data, clinicians and engineers can develop medical device designs tailored to individual anatomical requirements.

Next, digital manufacturing technologies enable the efficient production of these customized solutions. Because the process is driven by digital data, design changes can be implemented quickly while maintaining consistency and repeatability.

As a result, patient-specific medical devices can be developed faster and more efficiently than with traditional manufacturing approaches.

Ensuring Quality, Compliance, and Reliability

A successful digital production chain requires more than manufacturing alone. Therefore, this project places a strong emphasis on quality assurance, regulatory compliance, and process validation.

Robust validations help ensure that both products and manufacturing processes meet the required performance and safety standards. In addition, regulatory expertise supports compliance with applicable medical device regulations, enabling a smoother pathway from development to clinical use.

Furthermore, automated quality control solutions strengthen traceability and consistency throughout production. Consequently, manufacturers can monitor, verify, and document key quality parameters more effectively.

Driving Innovation Through Collaboration

The strength of this project lies in the combined expertise of the consortium partners.

Radboudumc contributes expertise in medical imaging, patient-specific design, and treatment planning. BAAT Medical supports the project with medical device development expertise, regulatory compliance, and various validations such as manufacturing validation. AM-Flow focuses on automated quality control, traceability, and digital workflow integration. Oceanz & 3DMM contribute advanced digital manufacturing capabilities and production expertise.

Together, we are developing a scalable digital production chain that supports the future of personalized healthcare. By integrating design, manufacturing, validation, quality control, and compliance into a single workflow, we aim to make patient-specific medical devices more accessible, reliable, and cost-effective.

Ultimately, this project demonstrates how collaboration and digital innovation can accelerate the adoption of safe, effective, and personalized medical solutions.

This project receives co-funding from the European Union through EFRO Oost.

Consortium Partners

• Oceanz
• Radboudumc
• AM-Flow
• BAAT Medical

Nederlandse Versie

Digitale productie voor patiëntspecifieke medische hulpmiddelen

Samen met onze consortiumpartners ontwikkelen we een volledig geïntegreerde digitale productieketen voor patiëntspecifieke medische hulpmiddelen. Door medische beeldvorming, digitaal ontwerp, 3D-printen, kwaliteitscontrole en logistiek naadloos met elkaar te verbinden, realiseren we een efficiënter, reproduceerbaar en schaalbaar productieproces.

Additive manufacturing (3D-printen) vormt de kern van deze innovatie. Dankzij deze technologie kunnen medische hulpmiddelen volledig worden afgestemd op de anatomie en behoeften van individuele patiënten. Hierdoor zijn dure productiemallen en arbeidsintensieve handmatige processen niet langer noodzakelijk.

De combinatie van digitalisering en 3D-printtechnologie maakt gepersonaliseerde zorg toegankelijker, betaalbaarder en van hogere kwaliteit. Zo dragen we bij aan de ontwikkeling van innovatieve medische hulpmiddelen die sneller beschikbaar zijn voor patiënten en zorgverleners.

Dit project wordt medegefinancierd door de Europese Unie via EFRO Oost.

Projectpartners:

• Oceanz
• Radboudumc
• AM-Flow
• BAAT Medical