GradeMatch® is designed for MedTech companies that have climate targets, face pressure from customers, or are required by regulations to become more sustainable. GradeMatch gives your MedTech company a strategic advantage through more sustainable medical devices.

Our structured, data-driven plastic selection process, the GradeMatch® Framework, can be easily integrated into your medical device development. A suitable plastic for your medical device can be found within two weeks: robust, implementable, and suitable for your medical devices.

With our on-demand learning platform, your development team can build the expertise in weeks that we have accumulated and condensed over a decade. From biocompatibility in material selection to ISCC-PLUS certification and ecodesign – we provide the knowledge your team needs to develop your products quickly, safely, sustainably, and cost-effectively.

Top experts in plastics for medical technology are at your side. It's like having a plastics expert on your team – without having them on the payroll.

Do you need support with LCA, biocompatibility, or conformity? If we are not the best for your concern, we know the best and recommend our partners for comprehensive support in plastics, sustainability, and medical technology.
The GradeMatch® Framework was developed to identify the best plastic for your MedTech application. We have tested and validated it with more than 40 medical technology companies. It is a structured, data-driven plastic selection process, plug-and-play for any medical device development project.
We capture your technical and regulatory requirements, scan global markets, conduct a utility analysis, and provide you with the most suitable plastic type for your medical device. Supported by data, not assumptions.
Material properties such as strength, barrier properties, or temperature resistance are evaluated based on application
Compliance with relevant standards and regulations in the target market is ensured
Material costs in relation to performance are transparently evaluated
CO₂ footprint and environmental impact are considered holistically
Integration into existing production processes is analyzed
Safety and tolerability are central to the evaluation







